Engineering Reports
Engineering Reports are created as deliverables in the OGC Innovation Program to describe the work and results of interoperability initiatives. OGC Engineering Reports are not standards and should not be referenced as required or mandatory technology in procurements. However, the discussions in these documents could very well lead to the definition of OGC standards.
| Document Title (click to view/download) | OGC Doc.# | Editor | Publication Date |
|---|---|---|---|
 OGC Testbed 17: CITE Engineering Report |
21-044 | Luis Bermudez | 2022 |
| This OGC Testbed 17 Engineering Report (ER) documents the result of the work performed in the CITE thread of the OGC Testbed-17 initiative. CITE is the Compliance Interoperability & Testing Evaluation Subcommittee that provides a forum for an open, consensus discussion regarding approaches and i ...Click to continue reading | |||
| OGC Testbed-17: Geo Data Cube API Engineering Report |
21-027 | Jérôme Jacovella-St-Louis | 2022 |
| This OGC Testbed 17 Engineering Report (ER) documents the results and recommendations of the Geo Data Cube API task. The ER defines a draft specification for an interoperable Geo Data Cube (GDC) API leveraging OGC API building blocks, details implementation of the draft API, and explores various asp ...Click to continue reading | |||
| OGC Testbed-17: SIF Semantic Model Engineering Report |
21-030 | Mahnoush Alsadat Mohammadi Jahromi, Alex Robin | 2022 |
| This Engineering Report (ER) presents an analysis of the semantic model of the Sensor Integration Framework (SIF). After reviewing the current SIF Semantic Model, existing related ontologies are reviewed. The ER discusses the results and includes all lessons learned from the experiments completed by ...Click to continue reading | |||
| OGC Testbed 17: MASBUS Integration Engineering Report |
21-029 | Sara Saeedi | 2022 |
| This OGC Testbed 17 Engineering Report (ER) analyses the Measures and Signatures Intelligence Enterprise Service Bus (MASBUS) pilot software and the efforts to integrate with OGC SensorThings API resources. After introducing MASBUS, a server implementation is designed to digest sensor data and demon ...Click to continue reading | |||
| OGC Testbed-17: Model-Driven Standards Engineering Report |
21-035r1 | Ronald Tse, Nick Nicholas | 2022 |
| This OGC Testbed 17 Engineering Report is deliverable D022 of the OGC Testbed 17 initiative performed under the OGC Innovation Program, incorporating the D022, D143 and D144 tasks that have produced Model Driven Architecture (MDA) tools.
This ER:
details state-of-the-art analyses of existing M ...Click to continue reading | |||
| OGC Testbed-17: Cloud Optimized GeoTIFF specification Engineering Report |
21-025 | Joan Maso | 2022 |
| Cloud Optimized GeoTIFF (COG) is a new approach in using existing standards to accelerate distribution and analysis of 2D regular grid coverage data on the web. COG combines the use of the TIFF format with data structured internally in tiles and low resolutions subfiles (also called overviews). The ...Click to continue reading | |||
| OGC Testbed-17: Features and Geometries JSON CRS Analysis of Alternatives Engineering Report |
21-018 | Panagiotis (Peter) A. Vretanos | 2022 |
| One of the primary requirements for the OGC Testbed-17 Features and Geometries JSON task is to define an extension or profile of GeoJSON that supports encoding spatiotemporal data in Coordinate Reference Systems (CRS) other than the GeoJSON default of the World Geodetic System 1984 (WGS 84) datum, w ...Click to continue reading | |||
| OGC Testbed-17: OGC Features and Geometries JSON Engineering Report |
21-017r1 | Clemens Portele | 2022 |
| The OGC Testbed-17 Features and Geometries JSON task investigated proposals for how feature data could be encoded in JSON so that:
* Different Coordinate Reference Systems (CRS) are supported and
* Communities can build and formally specify profiles of the fully CRS-enabled JSON with limited set ...Click to continue reading | |||
| OGC Testbed-17: UML Modeling Best Practice Engineering Report |
21-031 | Sam Meek | 2022 |
| This OGC Best Practice provides readers with guidance on how to use the Unified Modeling Language (UML) within the scope of OGC work. Recently there has been a move to a resource-based approach for OGC Application Programming Interface (API) definition through the OpenAPI Specification and away from ...Click to continue reading | |||
| Health Spatial Data Infrastructure Concept Development Study Engineering Report |
21-021 | Alan Leidner, Mark Reichardt, Josh Lieberman | 2022 |
| Experts agree that access to, sharing, and application of location-enabled information is a key component in addressing health related emergencies. While the present COVID-19 pandemic has underscored a range of successes in dealing with the COVID virus, many gaps in supporting local to global prepar ...Click to continue reading | |||
| OGC Testbed 17: COG/Zarr Evaluation Engineering Report |
21-032 | Giovanni Giacco, Mauro Manente, Pedro Gonçalves, Martin Desruisseaux, Even Rouault | 2022 |
| The subject of this Engineering Report (ER) is the evaluation of Cloud Optimized GeoTIFF (COG) and Zarr data container implementations. The ER aims to:
Describe the use cases adopted for the evaluation (with existing implementation and with Testbed-17 implementation);
Identify the opportunity ...Click to continue reading | |||
| OGC Testbed-17: Sensor Integration Framework Assessment ER |
21-022 | Alex Robin | 2022 |
| This OGC Testbed 17 Engineering Report (ER) documents the outcomes of a review and implementation of the Sensor Integration Framework Standards Profile (SIF-SP) v1.0.1, published by the National Center for Geospatial Intelligence Standards (NCGIS).
The Sensor Integration Framework Standard Profil ...Click to continue reading | |||
| OGC Testbed-17: Moving Features ER |
21-036 | Guy Schumann | 2022 |
| The OGC Testbed-17 Moving Features (MF) task addressed the exchange of moving object detections, shared processing of detections for correlation and analysis, and visualization of moving objects within common operational pictures. This Engineering Report (ER) explores and describes an architecture f ...Click to continue reading | |||
| OGC Testbed-17: Data Centric Security ER |
21-020r1 | Aleksandar Balaban, Andreas Matheus | 2022 |
| This OGC Testbed-17 Engineering Report (ER) documents the enhancement of applying Data Centric Security (DCS) to OGC API Features, OGC API Maps (draft), and OGC API Tiles (draft).
As organizations move to the cloud, it is important to incorporate DCS into the design of the new cloud infrastructur ...Click to continue reading | |||
| OGC Testbed-17: Aviation API ER |
21-039r1 | Sergio Taleisnik | 2022 |
| This Testbed-17 (TB-17) Aviation API Engineering Report (ER) summarizes the implementations, findings and recommendations that emerged from the efforts of building a definition for an Aviation API compliant with the requirements of the OGC Standards Program, and the exploration of the potential of a ...Click to continue reading | |||
| OGC Testbed-17: Attracting Developers: Lowering the entry barrier for implementing OGC Web APIs |
21-019 | Aleksandar Balaban | 2022 |
| This OGC Testbed 17 Engineering Report (ER) documents the work completed in the “Attracting Developers: Lowering the entry hurdle for OGC Web API experiments” task.
OGC Web API Standards are being developed to make it easy to provide geospatial data over the web. These standards provide a cer ...Click to continue reading | |||
| OGC Testbed-17: OGC API - Moving Features Engineering Report |
21-028 | Dean Younge | 2022 |
| The OGC Testbed-17 Moving Features thread conducted an interoperability feasibility study that examined specific scenarios that could be supported by a Moving Features Application Programming Interface (API). The use cases considered tracking objects based on motion imagery, analytical processing an ...Click to continue reading | |||
| Earth Observation Cloud Platform Concept Development Study Report |
21-023 | Johannes Echterhoff, Julia Wagemann, Josh Lieberman | 2021 |
| The Earth Observation Cloud Platform Concept Development Study (CDS) evaluates the readiness of satellite data providers and cloud service providers, as well as the maturity of their current systems, with regard to real-world deployment of the new “Applications-to-the-Data” paradigm, using cloud ...Click to continue reading | |||
| July 2021 OGC API Code Sprint Summary Engineering Report |
21-055 | Gobe Hobona, Joana Simoes | 2021 |
| The subject of this Engineering Report (ER) is a virtual code sprint that was held from July 21st to July 23rd, 2021 to advance the development of the OGC API - Processes draft standard, OGC API - Records draft standard, and the OGC API – Coverages draft standard. An Application Programming Interf ...Click to continue reading | |||
| May 2021 OGC API Code Sprint Summary Engineering Report |
21-042 | Gobe Hobona | 2021 |
| The subject of this Engineering Report (ER) is a code sprint that was held from 26 to 28 May 2021 to advance the development of the OGC API - Maps draft standard, OGC API - Tiles draft standard, and the OGC API – Styles draft standard. An Application Programming Interface (API) is a standard set o ...Click to continue reading | |||
| Interoperable Simulation and Gaming Sprint Year 2 Engineering Report |
20-058 | Leonard Daly, Rollin Phillips | 2021 |
| The OGC Interoperable Simulation and Gaming Year 2 Sprint advanced the use of relevant OGC and Khronos Group [1] standards in the modeling, simulation, and training communities through capability development, compatibility testing, and gap analysis. Of particular interest was the use of glTF models, ...Click to continue reading | |||
| Modernizing SDI: Enabling Data Interoperability for Regional Assessments and Cumulative Effects CDS |
21-013 | Robert Thomas, Josh Lieberman | 2021 |
| This engineering report (ER) presents the results of a Concept Development Study (CDS) on Modernizing Spatial Data Infrastructure (SDI), sponsored by Natural Resources Canada, executed by the Open Geospatial Consortium (OGC). The focus of this study was to understand how to best support the moderniz ...Click to continue reading | |||
| Building Energy Mapping and Analytics: Concept Development Study Report |
20-083r2 | Josh Lieberman | 2021 |
| This report details the results of the OGC Building Energy Mapping and Analysis Concept Development Study (BEMA CDS). Sponsored by NRCan and drawing on numerous previous studies, the CDS released a Request for Information on building energy data and applications. The responses were presented and val ...Click to continue reading | |||
| Joint OGC OSGeo ASF Code Sprint 2021 Summary Engineering Report |
21-008 | Gobe Hobona, Angelos Tzotsos, Tom Kralidis, Martin Desruisseaux | 2021 |
| The subject of this Engineering Report (ER) is a code sprint that was held from 17 to 19 February 2021 to advance support of open geospatial standards within the developer community, whilst also advancing the standards themselves. The code sprint was hosted by the Open Geospatial Consortium (OGC), t ...Click to continue reading | |||
| MUDDI v1.1 (Model for Underground Data Definition and Integration) Engineering Report |
19-081 | Josh Lieberman | 2021 |
| The Underground Infrastructure Concept Development Study (UICDS) Engineering Report [1] examined the present state of underground infrastructure information (UGII), costs and benefits of that state, as well as future opportunities for an improved state. That report describes a number of candidate mo ...Click to continue reading | |||
| OGC Testbed-16: Data Centric Security Engineering Report |
20-021r2 | Aleksandar Balaban | 2021 |
| The OGC Testbed-16 Data Centric Security Engineering Report (ER) continues the evaluation of a data-centric security (DCS) approach in a geospatial environment. In order to fully explore the potential of the DCS concept, this ER first specifies two advanced use case scenarios: Data Streaming and Off ...Click to continue reading | |||
| OGC API – Common and OGC API – Features Sprint 2020: Summary Engineering Report |
20-091 | Gobe Hobona | 2021 |
| The subject of this Engineering Report (ER) is a code sprint that was held from 29 to 30 September 2020 to advance the development of the OGC API - Common - Part 2: Geospatial Data draft standard and the OGC API – Features – Part 4: Simple Transactions draft standard. An Application Programming ...Click to continue reading | |||
| OGC Testbed-16: Machine Learning Engineering Report |
20-015r2 | Panagiotis (Peter) A. Vretanos | 2021 |
| This engineering report describes the work performed in the Machine Learning Thread of OGC’s Testbed-16 initiative.
Previous OGC testbed tasks concerned with Machine Learning (ML) concentrated on the methods and apparatus of training models to produce high quality results. The work reported in ...Click to continue reading | |||
| Interoperable Simulation and Gaming Sprint Engineering Report |
20-087 | Leonard Daly, Scott Serich | 2021 |
| The OGC Interoperable Simulation and Gaming Sprint advanced the use of relevant OGC and Khronos standards in the modeling and simulation community through practical exercise and testing of the GeoVolumes API draft specification produced by the 3D Data Container and Tiles API Pilot. Of particular int ...Click to continue reading | |||
| OGC API – Maps Sprint 2020: Summary Engineering Report |
20-090 | Gobe Hobona | 2021 |
| This OGC Engineering Report (ER) documents the results and recommendations from a code sprint that was held from 28 to 29 July 2020 to advance the development of the draft OGC API – Maps Standard. An Application Programming Interface (API) is a standard set of documented and supported functions an ...Click to continue reading | |||
| UML-to-GML Application Schema Pilot (UGAS-2020) Engineering Report |
20-012 | Johannes Echterhoff | 2021 |
| During UGAS-2020 emerging technology requirements for NAS employment in the NSG, and with general applicability for the wider geospatial community, were investigated and solutions developed in four areas.
To enable a wide variety of analytic tradecrafts in the NSG to consistently and interoperabl ...Click to continue reading | |||
| OGC Testbed-16: OpenAPI Engineering Report |
20-033 | Sam Meek | 2021 |
| This OGC Testbed 16 Engineering Report (ER) documents the two major aspects of the Testbed 16 OpenAPI Thread. These are:
A Unified Modeling Language (UML) metamodel that describes OpenAPI and a profile of that model to describe OGC API - Features - Part 1: Core;
An implementation of a transfor ...Click to continue reading | |||
| OGC Testbed-16: Machine Learning Training Data ER |
20-018 | Guy Schumann | 2021 |
| The OGC Testbed-16 Machine Learning (ML) Training Data Engineering Report (ER) describes training data used for developing a Wildfire Response application. Within the context of the application, this ER discusses the challenges and makes a set of recommendations. The two scenarios for the wildfire u ...Click to continue reading | |||
| OGC Testbed-16: GeoPackage Engineering Report |
20-019r1 | Jeff Yutzler | 2021 |
| In Testbed-16, participants researched ways to mitigate these limitations, particularly in the context of the Ordnance Survey (OS) MasterMap Topography datasets. The Testbed activity also made use of OS Open Zoomstack, a smaller, freely available, multi-scale dataset. To address the first two limita ...Click to continue reading | |||
| OGC Testbed-16: Full Motion Video to Moving Features Engineering Report |
20-036 | Emeric Beaufays, C.J. Stanbridge, Rob Smith | 2021 |
| This OGC Testbed-16 Engineering Report (ER) evaluates the suitability of existing OGC standards for the generation of Moving Features from Full Motion Video (FMV) that has an embedded stream of detected moving objects.
This ER presents several proof of concept applications that accept FMVs, with ...Click to continue reading | |||
| OGC Testbed-16: Earth Observation Application Packages with Jupyter Notebooks |
20-035 | Christophe Noël | 2021 |
| This OGC Testbed-16 Engineering Report (ER) describes all results and experiences from the “Earth Observation Application Packages with Jupyter Notebook” thread of OGC Testbed-16. The aim of this thread was to extend the Earth Observation Applications architecture developed in OGC Testbeds 13, 1 ...Click to continue reading | |||
| OGC Testbed-16: DGGS and DGGS API Engineering Report |
20-039r2 | Robert Gibb, Byron Cochrane, Matthew Purss | 2021 |
| This OGC Testbed-16 Engineering Report (ER) documents the needs and key requirements for drafting an OGC Discrete Global Grid Systems (DGGS) Application Programming Interface (API) standard. The draft DGGS API is defined using the OpenAPI 3.0 specification. The work documented in this ER represents ...Click to continue reading | |||
| OGC Testbed-16: Data Access and Processing Engineering Report |
20-016 | Panagiotis (Peter) A. Vretanos | 2021 |
| This OGC Testbed-16 Engineering Report (ER) describes the work performed in the Data Access and Processing API (DAPA) thread.
The primary goal of the DAPA thread is to develop methods and apparatus that simplify access to, processing of, and exchange of environmental and Earth Observation (EO) da ...Click to continue reading | |||
| OGC Testbed-16: Aviation Engineering Report |
20-020 | Sergio Taleisnik | 2021 |
| This Testbed-16 Aviation Engineering Report (ER) summarizes the implementations, findings and recommendations that emerged from the efforts of further advancing interoperability and usage of Linked Data within the Federal Aviation Administration (FAA) System Wide Information Management (SWIM) contex ...Click to continue reading | |||
| OGC Testbed-16: Analysis Ready Data Engineering Report |
20-041 | Joan Maso | 2021 |
| The Committee on Earth Observation Satellites (CEOS) defines Analysis Ready Data (ARD) for Land (CARD4L) as "satellite data that have been processed to a minimum set of requirements and organized into a form that allows immediate analysis with a minimum of additional user effort and interoperab ...Click to continue reading | |||
| OGC Testbed-16: Data Access and Processing API Engineering Report |
20-025r1 | Luis Bermudez | 2021 |
| This OGC Testbed 16 Engineering Report documents the advancement of an OGC Data Access and Processing API (DAPA). | |||
| OGC Testbed-16: Federated Security |
20-027 | Craig A. Lee | 2021 |
| This OGC Testbed 16 Engineering Report (ER) examines all aspects of security and trust in federated computing environments as defined in the NIST Cloud Federation Reference Architecture [1]. The security and trust requirements are identified. Then possible approaches for achieving security and trust ...Click to continue reading | |||
| OGC Earth Observation Applications Pilot: CRIM Engineering Report |
20-045 | Tom Landry | 2020 |
| This engineering report documents experiments conducted by CRIM in OGC’s Earth Observation Applications Pilot project, sponsored by the European Space Agency (ESA) and Natural Resources Canada (NRCan), with support from Telespazio VEGA UK. Remote sensing, machine learning and climate informatics a ...Click to continue reading | |||
| OGC Earth Observation Applications Pilot: Summary Engineering Report |
20-073 | Ingo Simonis | 2020 |
| This Engineering Report (ER) summarizes the main achievements of the OGC Innovation Program initiative Earth Observation Applications Pilot, conducted between December 2019 and July 2020. | |||
| Second Environmental Linked Features Experiment |
20-067 | David Blodgett | 2020 |
| This report documents the Second Environmental Linked Features Interoperability Experiment (SELFIE). SELFIE evaluated a proposed Web resource model and HTTP behavior for linked data about and among environmental features. The outcomes are building blocks to establish a system of real-world feature i ...Click to continue reading | |||
| OGC Earth Observations Applications Pilot: Terradue Engineering Report |
20-042 | Pedro Gonçalves | 2020 |
| This OGC Engineering Report (ER) documents the findings and experiences resulting from Terradue Activities on the OGC Earth Observation Applications Pilot. More specifically, this ER provides a way forward for the implementation of the "applications to the data" paradigm in the context of ...Click to continue reading | |||
| OGC Earth Observation Applications Pilot: Spacebel Engineering Report |
20-034 | Christophe Noël | 2020 |
| This Engineering Report (ER) describes the achievements of Spacebel as a Platform Provider in the OGC Earth Observation Applications (EO Apps) Pilot and the lessons learned from the project. | |||
| OGC Earth Observation Applications Pilot: Pixalytics Engineering Report |
20-037 | Samantha Lavender | 2020 |
| This is an individual Engineering Report (ER) created by Pixalytics Ltd as part of the Earth Observation Applications Pilot. Pixalytics' role was that of an App developer, testing deployment to the OGC Earth Observation Applications Pilot architecture. | |||
| OGC API - Tiles - 3D (GeoVolumes) Engineering Report |
20-030 | Timothy Miller and Gil Trenum | 2020 |
| This Engineering Report documents the draft specification for a three-dimensional (3D) geodata Application Programming Interface (API) that organizes access to a variety of 2D / 3D datasets and their distributions according to a nested hierarchy of 3D geospatial volumes (GeoVolumes). The GeoVolumes ...Click to continue reading | |||
| OGC Earth Observation Applications Pilot: European Union Satellite Centre Engineering Report |
20-038 | Omar Barrilero, Adrian Luna | 2020 |
| This Engineering Report (ER) describes the achievements of the European Union Satellite Centre (SatCen) as an application provider in the OGC Earth Observation Applications Pilot and the lessons learned from the project. | |||
| OGC Earth Observation Applications Pilot: EOX-Sinergise-DLR-UVT-Terrasigna Engineering Report |
20-043 | Stefan Achtsnit, Joachim Ungar, and Stephan Meißl (EOX), Anja Vrecko and Grega Milčinski (Sinergise) | 2020 |
| This Engineering Report documents findings, achievements, and learnings gained through activities during the OGC Earth Observation (EO) Applications Pilot by the EOX team (EOX, DLR, UVT, Sinergise, and Terrasigna). Both perspectives, from application developer’s as well as from platform provider?? ...Click to continue reading | |||
| OGC API - Environmental Data Retrieval Sprint Engineering Report |
20-032 | Chris Little, Peng Yue, Steve Olson | 2020 |
| The subject of this Engineering Report (ER) is a development Sprint that was held from March 18-20, 2020 to advance the Open Geospatial Consortium (OGC) Environmental Data Retrieval (EDR) Application Programming Interface (API) candidate standard. Due to the widespread of the virus, the Sprint was h ...Click to continue reading | |||
| 3D Data Container Engineering Report |
20-029 | Timothy Miller, Gil Trenum, Josh Lieberman | 2020 |
| This OGC Engineering Report documents the goals, activities, experiences, and outcomes of the 3D Data Container and Tiles API Pilot. Participants in the Pilot cooperatively defined a GeoVolume (3D Geospatial Volume) resource and developed a GeoVolumes API based on the concept to provide access to di ...Click to continue reading | |||
| 3D Data Container and Tiles API Pilot Summary Engineering Report |
20-031 | Tim Miller, Gil Trenum, Ingo Simonis | 2020 |
| This Engineering Report summarizes the purpose and key results of the 3D Data Container and Tiles API Pilot, an OGC Innovation Program initiative conducted between October 2019 and July 2020. In the context of both existing and emerging 3D and 2D standards, the focus of the Pilot was on the exchange ...Click to continue reading | |||
| OGC Indoor Mapping and Navigation Pilot: Public Safety Features CityGML ADE ER |
19-032 | Steven Chau & Mohsen Kalantari | 2020 |
| This document defines an Application Domain Extension (ADE) of CityGML for public safety use cases. The ADE has been developed as part of OGC’s Indoor Mapping and Modeling Pilot project sponsored by the National Institute of Standards and Technology (NIST), Communications Technology Laboratory (CT ...Click to continue reading | |||
| OGC 3D-IoT Platform for Smart Cities Engineering Report |
19-073r1 | Volker Coors | 2020 |
| Recent years have seen a significant increase in the use of three-dimensional (3D) data in the Internet of Things (IoT). The goal of the 3D IoT Platform for Smart Cities Pilot was to advance the use of open standards for integrating environmental, building, and IoT data in Smart Cities. Under this i ...Click to continue reading | |||
| OGC Maritime Limits and Boundaries Pilot: Engineering Report |
20-013r4 | Jonathan Pritchard | 2020 |
| This document comprises the Engineering Report (ER) and documents the activities under Phase 1 and Phase 2 of the OGC Maritime Limits and Boundaries (MLB) Pilot.
This Engineering Report details the activities undertaken by participants in the pilot, the data supplied, transformed, and used to dem ...Click to continue reading | |||
| OGC Vector Tiles Pilot 2: Tile Set Metadata Engineering Report |
19-082r1 | Sergio Taleisnik | 2020 |
| The OGC Vector Tiles Pilot 2: Tile Set Metadata Engineering Report (ER) describes a conceptual model for Tile Set Metadata that provides information about the intended usage of a Tile Set as well as the origin, security level, tiling scheme, layers and feature properties contained within. In this ER ...Click to continue reading | |||
| OGC Vector Tiles Pilot 2: Vector Tiles Filtering Language Engineering Report |
19-084 | Andrea Aime | 2020 |
| The OGC Vector Tiles Pilot 2: Vector Tiles Filtering Language Engineering Report (ER) defines a filter language for vector data delivered as tiles (also known as vector tiles). The language applies to vector tiles served through implementations of the OGC API – Features standard and the draft OGC ...Click to continue reading | |||
| OGC Vector Tiles Pilot 2: Summary Engineering Report |
19-088r2 | Gobe Hobona, Terry Idol | 2020 |
| This OGC Engineering Report (ER) provides a summary of the research and findings from Phase 2 of the OGC Vector Tiles Pilot (VTP2). The goal of VTP2 was to deliver a consistent, interoperable online/offline architecture for vector tiles based on feature and tile servers, as well as GeoPackage. All A ...Click to continue reading | |||
 FGDC OGC Application Programming Interface Interoperability Assessment |
17-061 | Terry Idol | 2020 |
| The Federal Geographic Data Committee (FGDC) Application Programming Interface (API) assessment was conducted under the OGC Innovation Program with the goal to develop an in-depth understanding of all the components necessary to enable increased coordination and effectiveness of APIs as applied to g ...Click to continue reading | |||
| OGC Borehole Interoperability Experiment Engineering Report |
19-075r1 | Sylvain Grellet, Eric Boisvert, Bruce Simons, Jean-François Rainaud, Henning Lorenz, Rainer Haener | 2020 |
| This document describes a conceptual model, logical model, and GML/XML encoding schema for the exchange of borehole related data and especially all the elements that are positioned along a borehole trajectory. In addition, this document provides GML/XML encoding instances documents for guidance | |||
| OGC SCIRA Pilot Engineering Report |
20-011 | Sara Saeedi | 2020 |
| This engineering report (ER) captures Smart City Interoperability Reference Architecture (SCIRA) Pilot implementation outcomes and findings to demonstrate the risk mitigation and safety capability of the SCIRA interoperable and standard-based architecture. SCIRA Pilot is an OGC (Open Geospatial Cons ...Click to continue reading | |||
| OGC India Plugfest - 2017 (OIP-2017) Engineering Report |
18-009 | P S Acharya, Scott Simmons, A Kaushal, M K Munshi | 2020 |
| The Open Geospatial Consortium (OGC) and the Department of Science & Technology (DST) under the Government of India conducted the OGC India Plugfest 2017 (OIP-2017). The OIP-2017 was targeted at enhancing the interoperability among geospatial products and web services based on OGC standards with ...Click to continue reading | |||
| OGC Citizen Science Interoperability Experiment Engineering Report |
19-083 | Joan Masó | 2020 |
| This Engineering report describes the first phase of the Citizen Science (CS) Interoperability Experiment (IE) organized by the EU H2020 WeObserve project under the OGC Innovation Program and supported by the four H2020 Citizen Observatories projects (SCENT, GROW, LandSense, and GroundTruth 2.0) as ...Click to continue reading | |||
| OGC Testbed-15: Federated Cloud Provenance ER |
19-015 | Stephane Fellah | 2020 |
| The emergence of Federated Cloud processing and ‘Big Data’ have raised many concerns over the use to which data is being put. This led to new requirements for methodologies, and capabilities which can address transparency and trust in data provenance in the Cloud. Distributed Ledger Technologies ...Click to continue reading | |||
| OGC Testbed-15: Portrayal Summary ER |
19-019 | Martin Klopfer | 2020 |
| This OGC Engineering Report provides an executive summary of the Open Portrayal Framework (OPF) Thread in OGC Testbed-15. The work in this testbed occurred between April and November 2019. Full details of the requirements, high-level architecture, and solutions are provided in the following Engineer ...Click to continue reading | |||
| OGC Testbed-15: Open Portrayal Framework Engineering Report |
19-018 | Martin Klopfer | 2020 |
| This Engineering Report (ER) describes the OGC Testbed-15 Open Portrayal Framework (OPF) Thread requirements, scenario, high-level architecture, and solutions. Main topics addressed in the OPF Thread include style changing and sharing, converting style encodings, client- / server-side rendering of v ...Click to continue reading | |||
| WPS Routing API ER |
19-040 | Christian Autermann | 2020 |
| The goal of this OGC WPS Routing API Engineering Report (ER) is to document the specification of an Application Programming Interface (API) which supports geographic routing. The specification includes two alternative approaches to such an API, one based on the current draft of the OGC API - Process ...Click to continue reading | |||
| OGC® Routing Pilot ER |
19-041r3 | Sam Meek, Theo Brown, Clemens Portele | 2020 |
| The goal of this OGC Routing Pilot Engineering Report (ER) is to document the proof of concept of an Application Programming Interface (API) conforming to a profile of the draft OGC API - Processes specification that allows implementation of vector routing across one or more routing engines. The com ...Click to continue reading | |||
| OGC Testbed-15:Images and ChangesSet API Engineering Report |
19-070 | Joan Maso Pau | 2020 |
| The OGC API – Images and Changeset draft specification addresses the use case of an OGC API tile server that serves image tiles and a client that portrays the result as a set of images. The tile server uses a set of images (e.g. a set of remote sensing satellite scenes or a set of drone pictures) ...Click to continue reading | |||
| OGC Testbed-15: Scaling Units of Work (EOC, Scale, SEED) |
19-022r1 | Alexander Lais | 2020 |
| This OGC Testbed-15 Engineering Report (ER) presents a thorough analysis of the work produced by the Earth Observation Clouds (EOC) threads in OGC Testbeds 13 and 14 in relation to the Scale environment. Scale provides management of automated processing on a cluster of machines and the SEED specific ...Click to continue reading | |||
| OGC Testbed-15: Quebec Model MapML Engineering Report |
19-046r1 | Scott Serich | 2020 |
| This OGC Testbed-15 Engineering Report (ER) describes the Map Markup Language (MapML) enabled client component implementation for the Quebec Lake-River Differentiation Model in the Machine Learning (ML) task of Open Geospatial Consortium (OGC) Testbed-15 (T-15). This ER presents the MapML parsing ca ...Click to continue reading | |||
| OGC Testbed-15: Maps and Tiles API Engineering Report |
19-069 | Joan Maso Pau | 2020 |
| In 2017 the OGC began a focused effort to develop Application Programming Interface (API) standards that support the Resource Oriented Architecture and make use of the OpenAPI specification. As part of this effort, this OGC Testbed 15 Engineering Report (ER) defines a proof-of-concept of an API spec ...Click to continue reading | |||
| OGC Testbed-15: Federated Clouds Security Engineering Report |
19-024r1 | Hector Rodriguez | 2019 |
| This OGC Testbed-15 Engineering Report (ER) documents the concept for different types of federation through the lens of security. The primary focus of the work documented in this ER is on analyzing how federated membership, resource and access policy management can be provided within a security envi ...Click to continue reading | |||
| OGC Testbed-15: Machine Learning Engineering Report |
19-027r2 | Sam Meek | 2019 |
| The Machine Learning (ML) Engineering Report (ER) documents the results of the ML thread in OGC Testbed-15. This thread explores the ability of ML to interact with and use OGC web standards in the context of natural resources applications. The thread includes five scenarios utilizing seven ML models ...Click to continue reading | |||
| OGC Testbed-15: Data Centric Security |
19-016r1 | Michael A. Leedahl | 2019 |
| The OGC Testbed-15 Data Centric Security Engineering Report (ER) discusses the current state of security in protecting data in a geospatial environment. The ER examines the use of encrypted container formats such as NATO STANAG 4778 "Information on standard Metadata Binding" with metadata ...Click to continue reading | |||
| OGC Testbed-15: Federated Clouds Analytics Engineering Report |
19-026 | Pedro Gonçalves | 2019 |
| This OGC Engineering Report (ER) documents the results and experiences resulting from the Federated Cloud Analytics task of OGC Testbed-15. More specifically, this ER provides an analysis of:
The potential for the OGC Web Processing Service (WPS) Interface Standard as an Application Programming I ...Click to continue reading | |||
| OGC Testbed-15: Delta Updates Engineering Report |
19-012r1 | Benjamin Pross | 2019 |
| This OGC Testbed 15 Engineering Report (ER) documents the design of a service architecture that allows the delivery of prioritized updates of features to a client, possibly acting in a DDIL (Denied, Degraded, Intermitted or Limited Bandwidth) environment. Two different technical scenarios were inves ...Click to continue reading | |||
| OGC Testbed-15: Semantic Web Link Builder and Triple Generator |
19-021 | Esther Kok, Stephane Fellah | 2019 |
| This OGC Testbed 15 Engineering Report (ER) describes a generalized approach towards performing data fusion from multiple heterogeneous geospatial linked data sources. The specific use case is semantic enrichment of hydrographic features provided by Natural Resources Canada (NRCan). The ER attempts ...Click to continue reading | |||
| OGC Testbed-15: Catalogue and Discovery Engineering Report |
19-020r1 | Yves Coene | 2019 |
| This OGC Testbed-15 Engineering Report (ER) describes the results of the Earth Observation (EO) Process and Application (EOPAD) Task in the Cloud Processing and Portrayal (CPP) thread of OGC Testbed-15. The ER presents the data model and service interface of the catalogue service allowing for discov ...Click to continue reading | |||
| OGC Testbed-15: Styles API Engineering Report |
19-010r2 | Clemens Portele | 2019 |
| This document is a proof of concept of a draft specification of the OGC Styles Application Programming Interface (API) that defines a Web API that enables map servers and clients as well as visual style editors to manage and fetch styles.
Web APIs are software interfaces that use an architectural ...Click to continue reading | |||
| OGC Testbed-15: Encoding and Metadata Conceptual Model for Styles Engineering Report |
19-023r1 | Andrea Aime | 2019 |
| This OGC Testbed 15 Engineering Report (ER) describes a style encoding and metadata conceptual model that provides information for understanding styles intended usage, availability, compatibility with existing layers, and supporting style search. A style is a sequence of rules of symbolizing instruc ...Click to continue reading | |||
| Model for Underground Data Definition and Integration (MUDDI) Engineering Report |
17-090r1 | Josh Lieberman | 2019 |
| The recently published Underground Infrastructure Concept Development Study (UICDS) Engineering Report [1] examines the present state of underground infrastructure information (UGII), costs and benefits of that state, as well as future opportunities for an improved state. That report describes a num ...Click to continue reading | |||
| OGC API Hackathon 2019 Engineering Report |
19-062 | Gobe Hobona | 2019 |
| The subject of this Engineering Report (ER) is a hackathon event that was held from 20 to 21 June 2019 to advance the development of OGC Application Programming Interface (API) specifications. An API is a standard set of documented and supported functions and procedures that expose the capabilities ...Click to continue reading | |||
| OGC Indoor Mapping and Navigation Pilot Engineering Report |
18-089 | Charles Chen | 2019 |
| The OGC Indoor Mapping and Navigation Pilot Initiative was sponsored by the National Institute of Standards and Technology (NIST) Public Safety Communications Research (PSCR) Division. This initiative addressed key challenges related to indoor mapping and navigation for the purpose of supporting fir ...Click to continue reading | |||
| OGC Testbed-14: Federated Clouds Engineering Report |
18-090r2 | Craig A. Lee | 2019 |
| The geospatial community has had an on-going challenge with being able to share data and compute resources in dynamic, collaborative environments that span different administrative domains. For these types of requirements, the concept of federation has been developed. The near-term goal of the Feder ...Click to continue reading | |||
| Earth System Grid Federation (ESGF) Compute Challenge |
19-003 | Tom Landry, David Byrns | 2019 |
| This Open Geospatial Consortium (OGC) Engineering Report (ER) will describe the advancement of an Execution Management System (EMS) to support Web Processing Service (WPS) climate processes deployed on the Earth System Grid Federation (ESGF). The report introduces climate data, processes and applica ...Click to continue reading | |||
| OGC CDB Vector Data in GeoPackage Interoperability Experiment |
19-007 | Carl Reed | 2019 |
| This OGC Engineering Report (ER) documents the results of the CDB Vector Data in GeoPackage Interoperability Experiment (IE). The participants in this IE tested transforming CDB Shapefile vector data into one or more GeoPackage(s) and storing the result in a CDB data store. GeoPackage Version 1.2 an ...Click to continue reading | |||
| OGC Mixed Reality to the Edge Concept Development Study |
19-030r1 | Carl Reed | 2019 |
| "Mixed Reality (MR), also referred to as hybrid reality, is the merging of real and virtual worlds to produce new environments and visualizations where physical and digital objects co-exist and interact in real time". MR has great potential in enhancing situation awareness and otherwise au ...Click to continue reading | |||
| Development of Spatial Data Infrastructures for Marine Data Management |
19-025r1 | Robert Thomas, Terry Idol | 2019 |
| This engineering report presents the results of a concept development study on a
Marine Spatial Data Infrastructure (SDI), sponsored by the National Geospatial-
Intelligence Agency (NGA) - Maritime Safety Office (MSO), on behalf of the
International Hydrographic Organization (IHO) and the IHO MSD ...Click to continue reading | |||
| Vector Tiles Pilot Extension Engineering Report |
18-101 | Jeff Yutzler | 2019 |
| The purpose of the OGC Vector Tiles Pilot Extension (VTPExt) was to address portrayal and style encoding concerns that were discovered in the initial phase of the Vector Tiles Pilot (VTP). During the VTPExt, participants selected a common baseline style used by all participants and in some cases cre ...Click to continue reading | |||
| OGC Testbed-14: Symbology Engineering Report |
18-029 | Sara Saeedi | 2019 |
| The portrayal and visualization of geospatial information is a critical task for facilitating decision making, situational awareness, and spatial analysis. However, despite its importance, various local, national, and international agencies continue to use different symbols and terminology for the s ...Click to continue reading | |||
| OGC Testbed-14: Point Cloud Data Handling Engineering Report |
18-048r1 | Howard Butler | 2019 |
| This Engineering Report (ER) describes requirements that a point cloud web service must satisfy to enable application developers to provide convenient remote access to point clouds. It provides a short contrast of five point cloud web service software approaches (Esri I3S, 3D Tiles, Greyhound, Potre ...Click to continue reading | |||
| OGC Testbed-14: CityGML and AR Engineering Report |
18-025 | Jérôme Jacovella-St-Louis | 2019 |
| This OGC Testbed-14 Engineering Report (ER) describes the results of the Augmented Reality (AR) work performed in the Testbed-14 CityGML and Augmented Reality work package which was part of the Next Generation Services thread.
By integrating information available from urban models within a view o ...Click to continue reading | |||
| OGC Testbed-14: Next Generation Web APIs - WFS 3.0 Engineering Report |
18-045 | Jeff Harrison, Panagiotis (Peter) A. Vretanos | 2019 |
| The objective of the Next Generation APIs - WFS 3.0 effort in OGC Testbed-14 was to develop and test the Web Feature Service (WFS) version 3.0 candidate standard. The initiative assessed OpenAPI, security based on OpenID Connect and OAuth 2.0 and WFS 3.0 extensions. The effort also began to assess m ...Click to continue reading | |||
| OGC Testbed-14: Secure Client Test Engineering Report |
18-030 | Sara Saeedi | 2019 |
| This Engineering Report (ER) describes the development of compliance tests and their implementation in the OGC Test, Evaluation, And Measurement (TEAM) Engine to validate a client’s ability to make secure requests according to the OGC Web Services Security Candidate Standard. The goal of the candi ...Click to continue reading | |||
| OGC Testbed-14 Next Generation APIs: Complex Feature Handling Engineering Report |
18-021 | Clemens Portele | 2019 |
| OGC Web Feature Service (WFS) 3.0 is a revision of the WFS standard that proposes a modernized service architecture, that follows the current Web architecture, has a focus on the developer experience, supports the OpenAPI specification, and modularizes WFS into building blocks for fine-grained acces ...Click to continue reading | |||
| OGC Testbed-14: MapML Engineering Report |
18-023r1 | Joan Masó | 2019 |
| This is the second Engineering Report (ER) about the Map Markup Language (MapML) cite:[Rushforth2018] resulting from OGC Testbed initiatives. To find an introduction of MapML and how it works, please, refer to the previous ER OGC 17-019 cite:[Maso2018]. MapML is a new media type that can be included ...Click to continue reading | |||
| OGC Testbed-14: Security Engineering Report |
18-026r1 | Juan José Doval, Héctor Rodríguez | 2019 |
| This Security Engineering Report (ER) covers several OGC Testbed-14 topics:
Best practices for the integration of OAuth2.0/OpenID Connect services
Mediation services for different security environments
Federated identity management
Securitization of workflows
The first two topics are ...Click to continue reading | |||
| OGC Testbed-14: Federated Clouds Engineering Report |
18-090r1 | Dr. Craig A. Lee | 2019 |
| The geospatial community has had an on-going challenge with being able to share data and compute resources in dynamic, collaborative environments that span different administrative domains. For these types of requirements, the concept of federation has been developed. The near-term goal of the Feder ...Click to continue reading | |||
| OGC Testbed-14: WMS QoSE Engineering Report |
18-028r2 | Guy Schumann | 2019 |
| Quality of Service (QoS) and Quality of Experience (QoE) as they are intended and described at the OGC are two related concepts which require very specific treatment and characterization. Citing the definitions provided by the Domain Working Group (DWG) charter document:
Quality of Service: Techn ...Click to continue reading | |||
| OGC Vector Tiles Pilot: GeoPackage 1.2 Vector Tiles Extensions Engineering Report |
18-074 | Jeff Yutzler | 2019 |
| Tiled feature data, colloquially referred to as 'vector tiles', can be used to optimize the delivery of vector data over the web. This data may subsequently be used to support visualization (particularly through maps) as well as limited analysis activities. One goal of the OGC Vector Tiles Pilot was ...Click to continue reading | |||
| OGC Vector Tiles Pilot: Summary Engineering Report |
18-086r1 | Sam Meek | 2019 |
| This OGC Engineering Report (ER) provides the summary findings resulting from completion of the OGC Vector Tiles Pilot (VTP or Pilot). The requirements for the Pilot were generated from a combination of sponsor input and analysis of typical use cases for tiling of vector feature data across the OGC ...Click to continue reading | |||
| OGC Vector Tiles Pilot: Tiled Feature Data Conceptual Model Engineering Report |
18-076 | Jens Ingensand, Kalimar Maia | 2019 |
| Feature data tiling, colloquially referred to as 'vector tiling', is a method that defines how large vector geospatial datasets can be systematically split into subsets or tiles [1]. Feature data tiling allows for a variety of use-cases, such as creating online maps, quickly accessing large vector d ...Click to continue reading | |||
| OGC Vector Tiles Pilot: WMTS Vector Tiles Extension Engineering Report |
18-083 | Panagiotis (Peter) A. Vretanos | 2019 |
| The tiling of feature data is an approach that can be used to optimize the delivery vector feature data over the web to create maps. The approach provides a pre-defined shape (i.e. tile) to package vector data. Tiling of vector data enables faster map loads (due to reduced size) and offer flexible s ...Click to continue reading | |||
| OGC Vector Tiles Pilot: WFS 3.0 Vector Tiles Extension Engineering Report |
18-078 | Panagiotis (Peter) A. Vretanos | 2019 |
| Feature data tiling, colloquially referred to as 'vector tiling', is a data delivery method that allows for large vector feature datasets to be systematically split into subsets or tiles [1]. This engineering report (ER) presents an extension specification for publishing of vector tiles data through ...Click to continue reading | |||
| OGC Testbed-14: BPMN Workflow Engineering Report |
18-085 | Sam Meek | 2019 |
| This Engineering Report (ER) presents the results of the D146 Business Process Modeling Notation (BPMN) Engine work item and provides a study covering technologies including Docker, Kubernetes and Cloud Foundry for Developer Operations (DevOps) processes and deployment orchestration. The document al ...Click to continue reading | |||
| OGC Environmental Linked Features Interoperability Experiment Engineering Report |
18-097 | David Blodgett, Byron Cochrane, Rob Atkinson, Sylvain Grellet, Abdelfettah Feliachi, Alistair Ritchi | 2019 |
| Systems that maintain and disseminate information representing and/or related to spatial features often lack mechanisms to describe or discover how features relate to each other, to other kinds of features, and to a wide variety of related information that may be relevant. The Environmental Linked F ...Click to continue reading | |||
| OGC Testbed-14: SWIM Information Registry Engineering Report |
18-022r1 | Yann Le Franc | 2019 |
| This Engineering Report (ER) summarizes the findings and recommendations for building an information registry working together with the existing Federal Aviation Administration (FAA) System Wide Information Management (SWIM) aviation service registries, the National Airspace System Service Registry ...Click to continue reading | |||
| OGC Testbed-14: ADES & EMS Results and Best Practices Engineering Report |
18-050r1 | Paulo Sacramento | 2019 |
| This Engineering Report (ER) describes best practices and results gathered through the work performed in the Exploitation Platforms Earth Observation Clouds (EOC) Thread of OGC Testbed-14 concerning the Application Deployment and Execution Service (ADES) and the Execution Management Service (EMS). B ...Click to continue reading | |||
| OGC Testbed-14: Application Package Engineering Report |
18-049r1 | Paulo Sacramento | 2019 |
| This Engineering Report (ER) describes the work performed by the Participants in the Exploitation Platforms Earth Observation Clouds (EOC) Thread of OGC Testbed-14 in regard to the Application Package (AP).
The AP serves as a means to convey different kinds of information describing a certain app ...Click to continue reading | |||
| OGC Testbed-14: Authorisation, Authentication, & Billing Engineering Report |
18-057 | Jérôme Gasperi | 2019 |
| In the context of a generic Earth Observation Exploitation Platform ecosystem, populated by Thematic Exploitation Platforms (TEPs) and Mission Exploitation Platforms (MEPs), which make use of cloud computing resources for Earth Observation data processing, the European Space Agency (ESA) has establi ...Click to continue reading | |||
| OGC Testbed-14: Compliance Engineering Report |
18-034r3 | Andrea Aime, Emanuele Tajariol, Simone Giannecchini | 2019 |
| The OGC Compliance Program provides a free online testing facility based on TeamEngine and a set of test suites dedicated to specific protocols and versions, as well as specification profiles and extension.
This document reviews the work that has been carried out as part of the Testbed-14 complia ...Click to continue reading | |||
| OGC Testbed-14: Semantically Enabled Aviation Data Models Engineering Report |
18-035 | Stephane Fellah | 2019 |
| This Engineering Report (ER) summarizes the OGC Testbed-14 findings and recommendations to “semantically enable” existing data and metadata models used in the aviation industry. Examples of such data and metadata models include Aeronautical Information Exchange Model (AIXM) [1], Weather Informat ...Click to continue reading | |||
| OGC Testbed-14: Swath Coverage Engineering Report |
18-047r3 | Eugene Genong Yu, Liping Di | 2019 |
| This Engineering Report (ER) presents a summary, description and findings of the Swath Coverage task conducted by the OGC Testbed-14 initiative. | |||
| OGC Testbed-14: WPS-T Engineering Report |
18-036r1 | Benjamin Pross, Arnaud Cauchy | 2019 |
| This Engineering Report describes a proposed transactional extension for the OGC Web Processing Service (WPS) 2.0 standard including Key-Value Pair (KVP) and Extensible Markup Language (XML) bindings and recommendations for a process deployment profile for BPMN (Business Process Model and Notation). ...Click to continue reading | |||
| OGC Testbed-14: Machine Learning Engineering Report |
18-038r2 | Tom Landry | 2019 |
| This OGC Engineering Report (ER) describes the application and use of OGC Web Services (OWS) for integrating Machine Learning (ML), Deep Learning (DL) and Artificial Intelligence (AI) in the OGC Testbed-14 Modeling, Portrayal, and Quality of Service (MoPoQ) Thread. This report is intended to present ...Click to continue reading | |||
| OGC Testbed-14: Application Schema-based Ontology Development Engineering Report |
18-032r2 | Johannes Echterhoff | 2019 |
| This report enhances the understanding of the relationships between application schemas based on the Unified Modeling Language (UML) and ontologies based on the Web Ontology Language (OWL). The work documented in this report provides and improves tools and principled techniques for the development o ...Click to continue reading | |||
| OGC Testbed-14: Application Schemas and JSON Technologies Engineering Report |
18-091r2 | Johannes Echterhoff | 2019 |
| This Engineering Report (ER) enhances the understanding of the relationships between data exchange based on Geography Markup Language (GML), JavaScript Object Notation (JSON), and Resource Description Framework (RDF) for future web services, e.g. Web Feature Service (WFS) 3.0. The work documented in ...Click to continue reading | |||
| OGC Testbed-14: Characterization of RDF Application Profiles for Simple Linked Data Application and Complex Analytic Applicat |
18-094r1 | Stephane Fellah | 2019 |
| This Engineering Report (ER) enhances the understanding of the concept of application profiles (AP) for ontologies based on the Web Ontology Language (OWL) and used by Linked Data (LD) applications. The concept of an Application Profile for Unified Modeling Language (UML) and Extensible Markup Langu ...Click to continue reading | |||
| OGC Geospatial to the Edge Plugfest Engineering Report |
18-084 | Luis Bermudez | 2019 |
| The Geospatial to the Edge Interoperability Plugfest, co-sponsored by the Army Geospatial Center and the National Geospatial-Intelligence Agency (NGA/CIO&T), brought together technology implementers and data providers to advance the interoperability of geospatial products and services based on p ...Click to continue reading | |||
| OGC Earth Observation Exploitation Platform Hackathon 2018 Engineering Report |
18-046 | Ingo Simonis | 2018 |
| The Earth Observation Exploitation Platform Hackathon 2018 was conducted to evaluate the standards based architecture for deploying and executing arbitrary applications close to the physical location of the data in heterogeneous cloud environments. The Hackathon was very successful in demonstrating ...Click to continue reading | |||
| OGC Development of Disaster Spatial Data Infrastructures for Disaster Resilience |
18-087r5 | Terry Idol, Robert Thomas | 2018 |
| This report presents the results of a concept development study on Disasters Interoperability, sponsored by US Geological Survey (USGS) and Federal Geographic Data Committee (FGDC), and Department of Homeland Security (DHS), and executed by the Open Geospatial Consortium (OGC). The focus of this stu ...Click to continue reading | |||
| OGC Portrayal Concept Development Study |
17-094r1 | Jeff Yutzler, Rob Cass | 2018 |
| The main goal of this CDS is to advance the standards and guidance that will allow production of high-quality digital maps over the web from existing vector data. | |||
| OGC GeoPackage Related Tables Extension Interoperability Experiment Engineering Report |
17-093r1 | Jeff Yutzler, Ashley Antonides | 2018 |
| This OGC Engineering Report describes the results of the OGC GeoPackage (GPKG) Related Tables Extension Interoperability Experiment (GPKG-RTE IE). This IE tested a proposed extension to the OGC GeoPackage Encoding Standard (12-128r14). The GPKG-RTE defines the rules and requirements for associating ...Click to continue reading | |||
| Incident Management Information Sharing (IMIS) Internet of Things (IoT) Architecture Engineering Report |
16-014r2 | Greg Schumann, Josh Lieberman | 2018 |
| The Incident Management Information Sharing (IMIS) Internet of Things (IoT) Pilot established the following objectives.
• Apply Open Geospatial Consortium (OGC) principles and practices for collaborative development to existing standards and technology to prototype an IoT approach to sensor use f ...Click to continue reading | |||
| Incident Management Information Sharing Internet of Things Protocol Mapping Engineering Report |
16-093r1 | Steve Liang, Tania Khalafbeigi | 2018 |
| This engineering report details Pilot experiences in connecting a variety of local communications protocols and message formats supported by low-cost sensor devices with OGC SWE Web services published globally over IP networks. It describes the Sensor Hub approach taken to support these connections ...Click to continue reading | |||
| Incident Management Information Sharing Profile Recommendations for OGC Web Services Engineering Report |
15-118r1 | Simon Jirka, Christoph Stasch | 2018 |
| The Incident Management Information Sharing (IMIS) Internet of Things (IoT) Pilot established the following objectives:
• Apply OGC principles and practices for collaborative development to existing standards and technology to prototype an IoT approach to sensor use for incident manageme ...Click to continue reading | |||
| OGC Testbed-13: Quality Assessment Service Engineering Report |
17-025r2 | Aleksandar Balaban | 2018 |
| This Engineering Report (ER) has been produced in conjunction with two other engineering reports from the OGC Testbed 13, the Abstract Data Quality ER [4] and the Data Quality Specification ER [5] to capture status quo, discussions, and results in the context of requirements for data quality assessm ...Click to continue reading | |||
| OGC Testbed-13: 3D Tiles and I3S Interoperability and Performance Engineering Report |
17-046 | Volker Coors | 2018 |
| This OGC Testbed 13 Engineering Report (ER) documents the overall architecture developed in the "Interoperability of 3D Tiles and I3S using a 3D Portrayal Service and performance study of 3D tiling algorithms" activity. The report also summarizes a proof-of-concept of the use of 3D Tiles a ...Click to continue reading | |||
| OGC Testbed-13: Portrayal Engineering Report |
17-045 | Stephane Fellah | 2018 |
| Portrayal of geospatial information plays a crucial role in situation awareness, analysis and decision-making. Visualizing geospatial information often requires one to portray the information using symbology or cartographic presentation rules from a community or organization. For example, among thos ...Click to continue reading | |||
| OGC Testbed-13: Disconnected Networks Engineering Report |
17-026r1 | Rob Cass | 2018 |
| The design of core OGC Web Services (OWS) does not entertain the possibility of network unavailability, internet unavailability, or disconnected clients and datastores. Deployments of these services, and the clients that consume them, often happen in networking environments that have limited bandwid ...Click to continue reading | |||
| OGC Testbed-13: Vector Tiles Engineering Report |
17-041 | Stefano Cavazzi | 2018 |
| This Open Geospatial Consortium (OGC) Engineering Report (ER) captures the requirements, solutions, and implementation experiences of the Vector Tiling work package in OGC Testbed-13 [Available at: http://www.opengeospatial.org/projects/initiatives/testbed13]. This ER describes the evaluation of exi ...Click to continue reading | |||
| Strengthening Disaster Risk Reduction Across the Americas Summit - Simulated Exercise Engineering Report |
17-088r1 | Luis Bermudez | 2018 |
| Disasters are responsible for major socioeconomic damages. Global initiatives call for the improvement of information technology infrastructure to better share data and advance multinational collaboration.
The "Strengthening Disaster Risk Reduction Across the Americas: A Regional Summit on t ...Click to continue reading | |||
| OGC Testbed-13: EP Application Package Engineering Report |
17-023 | Pedro Gonçalves | 2018 |
| The Application Package OGC Engineering Report (ER) defines a data model and serialization for Thematic Exploitation Platforms (TEP) Application Packages. A TEP refers to a computing platform that follows a given set of scenarios for users, data and ICT provision aggregated around an Earth Science t ...Click to continue reading | |||
| OGC Testbed-13: Aviation Abstract Quality Model Engineering Report |
17-032r2 | Anneley McMillan, Sam Meek | 2018 |
| This OGC® Engineering Report (ER) describes an Abstract Quality Model (AQM) for data in the aviation domain. Requirements for data quality in aviation are stringent, as the data is often used for safety critical purposes. The services considered are those that serve aeronautical information, flight ...Click to continue reading | |||
| OGC Testbed-13: Data Quality Specification Engineering Report |
17-018 | Alaitz Zabala, Joan Maso | 2018 |
| OGC 17-018 (Testbed-13 Data Quality Specification Engineering Report) provides methods to quantify the quality concepts defined in OGC 17-032 and a way to include the quantifications in service descriptions. It extends QualityML quality metrics (that already includes ISO 19157) into the aviation dom ...Click to continue reading | |||
| OGC Testbed-13: GeoPackage Engineering Report |
17-027 | Robert Cass | 2018 |
| This Engineering Report details the processes and results related to generating GeoPackages developed to contain topographic vector features and supporting symbologies based on The National Map (TNM) product of the United States Geological Survey (USGS). | |||
| OGC Testbed-13: NAS Profiling Engineering Report |
17-020r1 | Johannes Echterhoff, Clemens Portele | 2018 |
| The National System for Geospatial-Intelligence (NSG) Application Schema (NAS) is an ISO 19109 compliant application schema that defines the conceptual model for identifying and encoding feature data in the U.S. National System for Geospatial-Intelligence (NSG). NGA utilizes the open source software ...Click to continue reading | |||
| OGC Testbed-13: Fit-for-Purpose Engineering Report |
17-038 | Jeff Harrison | 2018 |
| The objective of the Fit for Purpose (FFP) effort in Testbed 13 was to develop and test filters and encodings in a platform that can ease the work of end-users, especially those who are not expert in dealing with geospatial data and satellite imagery. The platform was demonstrated in a scenario that ...Click to continue reading | |||
| Incident Management Information Sharing (IMIS) Internet of Things (IoT) Extension Engineering Report |
16-092r2 | Roger Brackin | 2018 |
| The Incident Management Information Sharing (IMIS) Internet of Things (IoT) Pilot established the following objectives.
· Apply Open Geospatial Consortium (OGC) principles and practices for collaborative development to existing standards and technology in order to prototype an IoT approach ...Click to continue reading | |||
| OGC Testbed-13: Concepts of Data and Standards for Mass Migration Engineering Report |
17-078 | Jeff Harrison | 2018 |
| The objective of the Mass Migration Source Integration effort in OGC Testbed 13 was to understand and document how interoperability tools and practices, including open geospatial and security standards, can enable information exchange on an international level for humanitarian relief and analysis of ...Click to continue reading | |||
| OGC Testbed-13: Application Deployment and Execution Service Engineering Report |
17-024 | Pedro Gonçalves | 2018 |
| The Testbed-13 Earth Observation Clouds (EOC) effort supports the development of ESA’s Thematic Exploitation Platforms (TEP) by exercising envisioned workflows for data integration and processing that are deployed in multiple clouds. The Application Deployment & Execution Service OGC Engineeri ...Click to continue reading | |||
| OGC Testbed-13: CDB Engineering Report |
17-042 | Sara Saeedi | 2018 |
| This Engineering Report (ER) summarizes the CDB sub-thread work in Testbed 13. The document is structured in three phases and includes a feasibility study; the implementation of data models and schemas mapping that are based on the feasibility study results; and a set of OGC web services that implem ...Click to continue reading | |||
| OGC Testbed-13: Geospatial Taxonomies Engineering Report |
17-036 | Charles Chen | 2018 |
| This Engineering Report (ER) documents the Geospatial Taxonomy research activities conducted by the Aviation (AVI) subthread of the Cross Community Interoperability (CCI) thread in OGC Testbed 13. One of the critical factors in the overall usability of services - and System Wide Information Manageme ...Click to continue reading | |||
| OGC Testbed-13: MapML Engineering Report |
17-019 | Joan Maso | 2018 |
| This Engineering Report discusses the approach of Map Markup Language (MapML) and Map for HyperText Markup Language (Map4HTML) described in: https://github.com/Maps4HTML and supported by the community in https://www.w3.org/community/maps4html/. The objective of MapML is to define a hypermedia type f ...Click to continue reading | |||
| OGC Testbed-13: NA001 Climate Data Accessibility for Adaptation Planning |
17-022 | Guy Schumann | 2018 |
| This Engineering Report describes all Testbed-13 activities relating to the Climate Data Accessibility for Adaptation Planning requirements of the National Aeronautics and Space Administration (NASA). It discusses relevant experiences made during implementation including recommendations to the spons ...Click to continue reading | |||
| OGC Testbed-13: Security Engineering Report |
17-021 | Andreas Matheus | 2018 |
| The Security Engineering Report (ER) covers two Testbed 13 topics:
The implementation of authentication and authorization plugins for the QGIS open source desktop GIS client and
the implementation of secured workflow.
The authentication plugins implement the SAML2 ECP with PAOS binding and ...Click to continue reading | |||
| OGC Testbed-13: Workflows ER |
17-029r1 | Benjamin Pross, Christoph Stasch | 2018 |
| This Engineering Report (ER) addresses the development of a consistent, flexible, adaptable workflow that will run behind the scenes. A user should be able to discover existing workflows via a catalog and execute them using their own datasets. An expert should be able to create workflows and to publ ...Click to continue reading | |||
| OGC Testbed-13: Executable Test Suites and Reference Implementations for NSG WMTS 1.0 and WFS 2.0 Profiles with Extension |
17-043 | Nuno Oliveira | 2018 |
| This Engineering Report (ER) describes the development of the compliance tests and implementation in GeoServer of the Web Feature Service (WFS) 2.0 and Web Map Tile Service (WMTS) 1.0 National System for Geospatial Intelligence (NSG) profiles. The NSG of the United States (US) National Geospatial In ...Click to continue reading | |||
| OGC Testbed-13: DCAT/SRIM Engineering Report |
17-040 | Stephen McCann, Roger Brackin, Gobe Hobona | 2018 |
| This engineering report captures the requirements, solutions, and implementation experiences of the Semantic Registry work package in Testbed-13. The engineering report describes the implementation of a RESTful Semantic Registry that supports the Semantic Registry Information Model (SRIM) which is b ...Click to continue reading | |||
| OGC Testbed-13: Cloud ER |
17-035 | Charles Chen | 2018 |
| This OGC Engineering Report (ER) will describe the use of OGC Web Processing Service (WPS) for cloud architecture in the OGC Testbed 13 Earth Observation Cloud (EOC) Thread. This report is intended to address issues in lack of interoperability and portability of cloud computing architectures which c ...Click to continue reading | |||
| OGC Testbed-13: Asynchronous Services ER |
17-028 | Benjamin Pross, Christoph Stasch | 2018 |
| The goal of this ER is to summarize and compare the results from the activities dealing with asynchronous WFS responses in Testbed 13. Special focus will be given to the specific requirement for automatic notification of users if new or updated information becomes available and to the software compo ...Click to continue reading | |||
| OGC Testbed-13: SWAP Engineering Report |
17-037 | Jeff Harrison | 2018 |
| This OGC document provides an analysis of the prototype implementations, approaches and performance aspects of data serialization techniques explored in OGC Testbed 13. Specifically, it describes work done during Testbed 13 investigating serialization for geospatial data sets on OGC Web Feature Serv ...Click to continue reading | |||
| Future City Pilot 1 - Automating Urban Planning Using Web Processing Service Engineering Report |
16-099 | Mohsen Kalantari | 2017 |
| Numerous and diverse technologies push cities towards open and platform-independent information infrastructures to manage human, natural, and physical systems. Future Cities Pilot 1 is an OGC interoperability initiative that aims to demonstrate how cities can begin to reap the benefits of open stand ...Click to continue reading | |||
| Future City Pilot 1 - Recommendations on Serving IFC via WFS |
16-115 | Guy Schumann | 2017 |
| This Engineering Report (ER) gives recommendations on serving IFC via WFS and discusses related issues. It was decided that the focus of this ER is to summarize issues and give recommendations for future work and discuss the nature of such work. In other words, this ER should be viewed as an initial ...Click to continue reading | |||
| Future City Pilot 1 Engineering Report |
16-098 | Kanishk Chaturvedi, Thomas H. Kolbe | 2017 |
| The Future City Pilot Phase 1 (FCP1) is an OGC Interoperability Program initiative in collaboration with buildingSMART International (bSI). The pilot aimed at demonstrating and enhancing the ability of spatial data infrastructures to support quality of life, civic initiatives, and urban resilience. ...Click to continue reading | |||
| Future City Pilot 1: Using IFC/CityGML in Urban Planning Engineering Report |
16-097 | Mohsen Kalantari | 2017 |
| Numerous and diverse technologies push cities towards open and platform-independent information infrastructures to manage human, natural, and physical systems. The Future Cities Pilot 1 (FCP1), as an OGC Innovation Program initiative, demonstrated how cities can benefit from open standards when used ...Click to continue reading | |||
| OGC Underground Infrastructure Concept Study Engineering Report |
17-048 | Josh Lieberman, Andy Ryan | 2017 |
| This report documents the progress made to date by OGC and its members to build a complete picture of the present situation and develop a conceptual framework for action to improve underground infrastructure data interoperability. The report also identifies the most important steps to be taken next ...Click to continue reading | |||
| OGC GeoPackage Elevation Extension Interoperability Experiment Engineering Report |
16-094r3 | Micah Brachman | 2017 |
| his OGC Engineering Report (ER) describes the setup, experiments, results and issues generated by the GeoPackage Elevation Extension Interoperability Experiment (GPKG-EE IE). The goal of the GPKG-EE IE was to implement and test a proposed elevation extension to the OGC GeoPackage Encoding Standard ( ...Click to continue reading | |||
| Testbed-12 WPS ISO Data Quality Service Profile Engineering Report |
16-041r1 | Liping Di, Eugene G. Yu, Md Shahinoor Rahman, Ranjay Shrestha | 2017 |
| This Data Quality Engineering Report describes data quality handling requirements, challenges and solutions. One focus is on data quality in general that needs to be communicated from one service to another. In addition, it discusses WPS data quality solutions. The ultimate goal is for it to be nomi ...Click to continue reading | |||
| Testbed-12 WPS Conflation Service Profile Engineering Report |
16-022 | Benjamin Pross | 2017 |
| One practical purpose of this ER will be to describe how a conflation tool such as the Hootenanny software can be used for conflation tasks using the Web Processing Service interface. The developed WPS REST (conflation) Service will be described in detail. Special focus will be laid on more complex ...Click to continue reading | |||
| Testbed-12 Implementing Asynchronous Services Response Engineering Report |
16-023r3 | Benjamin Pross | 2017 |
| Most of current OGC specifications define synchronous communication patterns, i.e. after sending a request to an OGC service, clients need to wait for the response. But several applications, e.g. delivery of information about events or executing complex environmental models with long runtime, need a ...Click to continue reading | |||
| Testbed-12 Data Broker Engineering Report |
16-045r2 | Daniel Balog, Robin Houtmeyers | 2017 |
| An important principle of a Service Oriented Architecture (SOA) is the notion of composing capabilities provided by individual services into complex behavior. A requester should be able to compose a solution using functionality or data offered by multiple services without worrying about underlying d ...Click to continue reading | |||
| Testbed-12 Big Data Database Engineering Report |
16-036r1 | Christian Autermann | 2017 |
| The amount of (geospatial) data collected and transferred is rapidly increasing. The purpose of this ER is to describe options and recommendations for the delivery of large amounts of data as database delivery. This ER therefore describes and evaluates different aspects of this challenge:
Data ma ...Click to continue reading | |||
| Testbed-12 Aviation Security Engineering Report |
16-040r1 | Aleksandar Balaban | 2017 |
| The information security is the state of being protected against the unauthorized use of information and services, or the measures taken to achieve that. This report has ben created as part of OGC Testbed 12 aviation thread and on behalf of sponsors from FAA. It gives the readers an overview into th ...Click to continue reading | |||
| Testbed-12 Aviation SBVR Engineering Report |
16-061 | Timo Thomas, Aleksandar Balaban | 2017 |
| This engineering report (ER) is a deliverable of the OGC Testbed 12. It advances previous work in the area of business rules for AIXM 5 based on SBVR. It evaluates the use of geo-spatial operators and constraints in SBVR, including a proof of concept for their automatic interpretation by software. I ...Click to continue reading | |||
| Testbed-12 Aviation Semantics Engineering Report |
16-039r2 | Aleksandar Balaban | 2017 |
| This engineering report examines the role of geospatial semantic technology in the domain of civil aviation. Many aeronautical services (providing information on request or processing the data) are based on OGC Web Service specifications. A number of aeronautical services possess geospatial attribut ...Click to continue reading | |||
| Testbed-12 FIXM GML Engineering Report |
16-028r1 | Thomas Disney | 2017 |
| The FAA and EUROCONTROL, in conjunction with multiple other international partners, are currently in the process of developing the Flight Information Exchange Model (FIXM). FIXM is an exchange model capturing Flight and Flow information that is globally standardized. The need for FIXM was identified ...Click to continue reading | |||
| Testbed-12 Multi-Tile Retrieval ER |
16-049r1 | Joan Masó | 2017 |
| With the consolidation of tiling services and the increasing number of instances implementing the WMTS standard, there is a need for having a way to transfer a collection of tiles from one service to another. This might also be useful to transfer all necessary tiles from a WMTS service to a GeoPacka ...Click to continue reading | |||
| Testbed-12 OWS Context: JSON, JSON-LD and HTML5 ER |
16-053r1 | Joan Masó | 2017 |
| At the time of finalizing this ER the OGC TC has approved the OWS Context JSON encoding that is available here: http://www.opengeospatial.org/standards/owc This is the second encoding proposed for the OWS context standard precided by the Atom Encoding [OGC 12-084r2]. The OWS Context JSON enconding i ...Click to continue reading | |||
| Testbed-12 Semantic Portrayal, Registry and Mediation Engineering Report |
16-059 | Stephane Fellah | 2017 |
| This engineering report documents the findings of the activities related to the Semantic Portrayal, Registry and Mediation components implemented during the OGC Testbed 12. This effort is a continuation of efforts initiated in the OGC Testbed 11. This report provides an analysis of the different sta ...Click to continue reading | |||
| Testbed-12 Vector Tiling Engineering Report |
16-068r4 | Daniel Balog, Robin Houtmeyers | 2017 |
| This OGC Testbed 12 Engineering Report discusses the topic of vector tiling.
While tiling and the use of multiple levels of details are a proven technique for raster data, it is relatively new for vector data. This is due to the increased complexity for tiling vector data compared to raster tilin ...Click to continue reading | |||
| Testbed-12 Aviation Architecture Engineering Report |
16-018 | Charles Chen | 2017 |
| This Open Geospatial Consortium (OGC)® Engineering Report (ER) describes the architecture implemented in the OGC Testbed 12 Aviation thread. This report provides an overview of the technical architecture for the interoperable exchange of flight and aeronautical information using OGC services. The a ...Click to continue reading | |||
| Testbed-12 — Catalog Services for Aviation |
16-024r2 | R. Martell | 2017 |
| This Engineering Report (ER) presents guidance concerning the use of OGC® catalog services in the aviation domain. A wide variety of metadata resources can be readily published and discovered using the OGC CSW-ebRIM application profile, which marries the CSW catalog interface to the OASIS ebXML reg ...Click to continue reading | |||
| Testbed-12 WMS/WMTS Enhanced Engineering Report |
16-042r1 | Lingjun Kang, Liping Di, Eugene Yu | 2017 |
| This Engineering Report (ER) describes requirements, challenges and solutions regarding improving multidimensional Earth Observation (EO) data access, discovery and visualization through Web Map Service (WMS), Web Map Tile Service (WMTS), and corresponding extensions. The ER will highlight solutions ...Click to continue reading | |||
| Testbed-12 OWS Context / Capabilities Engineering Report |
16-052 | Joan Masó | 2017 |
| The OGC service metadata document (sometimes also called "capabilities" document) is a key part in the service discovery. It describes the service and also the resources that the service expose. Resources are listed in the service metadata document inside a section named as Contents by OWS ...Click to continue reading | |||
| Testbed-12 Catalogue and SPARQL Engineering Report |
16-062 | Gobe Hobona, Roger Brackin | 2017 |
| This engineering report has been produced by the OGC® Testbed-12 initiative.
The engineering report evaluates interoperability between a variety of
catalogues. The report presents a comparison of the catalogues, with the same
datasets uploaded. The catalogues discussed in the report include se ...Click to continue reading | |||
| Testbed-12 Compression Techniques Engineering Report |
16-055 | Jeff Harrison | 2017 |
| This Open Geospatial Consortium (OGC) document provides an analysis of the prototype implementations, approaches and performance aspects of data size reduction and compression techniques explored in OGC Testbed 12. Specifically, it describes work done during Testbed 12 investigating compression for ...Click to continue reading | |||
| Testbed-12 Testbed-12 GeoPackage Mobile Apps Integration Engineering Report |
16-030 | Jeff Yutzler | 2017 |
| Testbed 12 work evaluates the interoperability of the Common Map API tool with commercial vendor tools supporting GeoPackage. Ideally data can be shared and exchanged between apps on a single device via GeoPackage. The demonstration will show the vector and/or routing data being used by disparate ap ...Click to continue reading | |||
| Testbed-12 TopoJSON, GML Engineering Report |
16-056 | Jeff Harrison | 2017 |
| This OGC document evaluates TopoJSON as an encoding that may be delivered across a common, standard OGC service interface such as WFS. | |||
| Testbed-12 Vector Tiling Implementation Engineering Report |
16-067r4 | Daniel Balog, Robin Houtmeyers | 2017 |
| This OGC Testbed 12 Engineering Report (ER) discusses the topic of implementing vector tiles in an OGC GeoPackage. This report builds on the general topic of vector tiling discussed in OGC Testbed 12 Engineering Report [OGC 16-068r4].
Since its public release in 2012, OGC GeoPackage has been gett ...Click to continue reading | |||
| Testbed-12 Web Service Implementation Engineering Report |
16-027 | Johannes Echterhoff, Clemens Portele | 2017 |
| This document is a deliverable of the OGC Testbed-12. It describes the results of analyzing the Testbed-12 web service implementations.
OGC has been developing web service specifications since the OGC Web Mapping Testbed in 1999. In particular, the original OGC Web Map Service specification has b ...Click to continue reading | |||
| Testbed-12 NSG GeoPackage Profile Assessment Engineering Report |
16-038 | Chris Clark | 2017 |
| The National System for Geospatial-Intelligence (NSG) GeoPackage Profile defines and tailors the implementable provisions prescribed for the NSG for a GeoPackage based on the OGC GeoPackage encoding standard. The profile provides detailed directions on how to use the clauses, options and parameters ...Click to continue reading | |||
| Testbed-12 Semantic Enablement Engineering Report |
16-046r1 | Martin Klopfer | 2017 |
| The requirement for capabilities supporting semantic understanding and reasoning in geospatial intelligence (GEOINT) is an all-encompassing paradigm shift from the past. Standards play a critical role in ensuring this is accomplished in a consistent and repeatable manner. Semantic standards and serv ...Click to continue reading | |||
| Testbed-12 REST Architecture Engineering Report |
16-035 | Christoph Stasch, Simon Jirka | 2017 |
| REST interfaces facilitate the application of OGC standards in many novel application scenarios, e.g. implementing OGC clients on constrained devices, as they ease the implementation of service requests and simplify the interaction patterns. Thereby, REST serves as a complementary technology to the ...Click to continue reading | |||
| Testbed-12 PubSub / Catalog Engineering Report |
16-137r2 | Lorenzo Bigagli | 2017 |
| This document describes how the OGC PubSub standard can be used as a mechanism to automatically notify analysts of data availability for CSW and other OGC Web Services (e.g. WFS, WCS). In particular, this document proposes the following:
Specific PubSub 1.0 extensions for CSW 2.0.2 and 3.0, lever ...Click to continue reading | |||
| Testbed-12 GeoPackage Change Request Evaluations |
16-031r1 | Jeff Yutzler | 2017 |
| Testbed 12 work has resulted in Change Requests (CRs) to the GeoPackage Encoding Standard. CRs have been submitted to the GeoPackage Standards Working Group (SWG) as GitHub issues. This engineering report (ER) summarizes the results of these activities. | |||
| Testbed-12 Low Bandwidth & Generalization Engineering Report |
16-021r1 | Benjamin Pross | 2017 |
| For delivering of data that is offered by OGC services over (very) low bandwidth, two options may be considered: On the one hand, the geospatial features remain the same, but compression techniques are used to reduce the size of the data that needs to be transferred. On the other hand, generalizatio ...Click to continue reading | |||
| Testbed-12 Javascript-JSON-JSON-LD Engineering Report |
16-051 | Joan Masó | 2017 |
| The Testbed-11 deliverable OGC 15-053 Implementing JSON/GeoJSON in an OGC Standard ER enumerated strategies for implementing JSON in OGC services and OGC encodings. Previously, a mechanism to migrate XML into JSON was proposed by Pedro Gonçalves in 14-009r1 OGC Testbed-10 Rules for JSON and GeoJS ...Click to continue reading | |||
| Testbed-12 Imagery Quality and Accuracy Engineering Report |
16-050 | Joan Masó and Alaitz Zabala | 2017 |
| The scenario of rapidly growing geodata catalogues requires tools focused on facilitating users the choice of products. Having populated quality fields in metadata allows the users to rank and then select the best fit-for-purpose products. For example, decision-makers would be able to find quality a ...Click to continue reading | |||
| Testbed-12 GeoPackage US Topo Engineering Report |
16-037 | Robert Cass | 2017 |
| This OGC Engineering Report documents the outcome of the US Topo experiment. The focus of the US Topo experiment was to generate GeoPackages by combining USGS Topo Map Vector Data Products [1]; and the Topo TNM Style Template [2]. The output GeoPackages will contain both features and instructions fo ...Click to continue reading | |||
| Testbed-12 GeoPackage Routing and Symbology Engineering Report |
16-029r1 | Jeff Yutzler | 2017 |
| This OGC Engineering Report (ER) describes the results of experiments in OGC Testbed 12 designed to potentially enhance capabilities for symbology and routing [1] as extensions to the OGC GeoPackage standard. These experiments focused on 1.) methods for providing mounted and/or dismounted (off-road) ...Click to continue reading | |||
| Testbed-12 General Feature Model Engineering Report |
16-047r1 | Martin Klopfer | 2017 |
| With a growing requirement to carry out complex analysis in large multi-disciplinary, heterogeneous data collections, an approach is required to extract equivalent information from dissimilar content. The more information can be normalized, the easier it will be to correlate the content. Given that ...Click to continue reading | |||
| Testbed-12 WCS Profile Update Engineering Report |
16-033r1 | Ranjay Shrestha, Liping Di, Eugene G. Yu | 2017 |
| This engineering report capture the work to extend the existing Web Coverage Service (WCS) profiles, particularly the Earth Observation Application Profile (EO-WCS [OGC 10-140r1]) to support multi-dimensional subsetting of 3D space and 1D time. The updated EO-WCS (EO-WCS1.1 [OGC 10-140r2]) have remo ...Click to continue reading | |||
| Testbed-12 Asynchronous Messaging for Aviation |
16-017 | Matthes Rieke, Aleksandar Balaban | 2017 |
| The Asynchronous Messaging for Aviation Engineering Report (ER) focuses on the design of an architecture to create an Publish/Subscribe (PubSub) messaging layer between different Aviation components such as clients, data provider instances and Data Brokers. In order to achieve interoperability among ...Click to continue reading | |||
| Testbed-12 ShapeChange Engineering Report |
16-020 | Johannes Echterhoff | 2017 |
| This document is a deliverable of the OGC Testbed 12. It describes the results of enhancing the tool ShapeChange in the following areas of processing an ISO 19109 conformant application schema:
Creating a schema profile - to support implementations that focus on a subset of the use cases in scope ...Click to continue reading | |||
| Testbed-12 OWS Common Security Extension ER |
16-048r1 | Andreas Matheus | 2017 |
| The OGC suite of standards address the interoperable exchange of geographic information. The Web Service Implementation Standards define the discovery, delivery, and processing services that make information exchange possible. Common aspects of those Web Service standards have been collected into th ...Click to continue reading | |||
| Testbed-12 Web Integration Service |
16-043 | Panagiotis (Peter) A. Vretanos | 2017 |
| For many years OGC has been developing a suite of standards defining web services interfaces and encodings for geospatial processing. The suite includes a Web Map Service (WMS), a Web Map Tiling Service (WMTS), a Web Feature Service (WFS), a Web Coverage Service (WCS), a Web Catalogue Service (CSW), ...Click to continue reading | |||
| Testbed-12 LiDAR Streaming Engineering Report |
16-034 | Simon Jirka, Arne de Wall, Christoph Stasch | 2017 |
| This Engineering Report describes how developments of the Community Sensor Model Working Group (CSMW) can be harmonized with the latest SWE specifications and developments in order to support streaming of LiDAR data with SWE technologies. The report will therefore provide an overview on both initiat ...Click to continue reading | |||
| Testbed-12 Web Feature Service Synchronization |
16-044 | Panagiotis (Peter) A. Vretanos | 2017 |
| This engineering report describes a protocol for synchronizing data between two enterprise servers. While the protocol itself is generic, this engineering report describes its application to web feature servers.
In the simplest terms, the protocol involves each synchronization peer accessing the ...Click to continue reading | |||
| Testbed-12 Arctic Spatial Data Infrastructure Engineering Report |
16-063 | Stefano Cavazzi, Roger Brackin | 2017 |
| This engineering report captures use cases representative of the vision of the Arctic Spatial Data Infrastructure (ArcticSDI). The ArcticSDI is a cooperative initiative established between the eight National Mapping Agencies of Canada, Finland, Iceland, Norway, Russia, Sweden, USA and Denmark, with ...Click to continue reading | |||
| OGC® CityGML Quality Interoperability Experiment |
16-064r1 | Detlev Wagner, Hugo Ledoux | 2016 |
| This OGC Engineering Report specifies the results and findings of the CityGML Quality
Interoperability Experiment. Guidelines were developed for the following concepts:
􀀀 Definition of data quality;
􀀀 Data quality requirements and their specification;
􀀀 Qua ...Click to continue reading | |||
| OGC Soil Data Interoperability Experiment |
16-088r1 | Alistair Ritchie | 2016 |
| This engineering report describes the results of the Soil Data Interoperability Experiment
(the IE) conducted under the auspices of the OGC Agriculture Domain Working Group in
2015. Soil data exchange and analysis is compromised by the lack of a widely agreed
international standard for the exchan ...Click to continue reading | |||
| OGC GroundWaterML 2 – GW2IE FINAL REPORT |
15-082 | Boyan Brodaric | 2016 |
| This document describes a conceptual model, logical model, and GML/XML encoding rules for the exchange of groundwater data. In addition, this document provides GML/XML encoding examples for guidance. | |||
| OGC® Testbed-11 SOAP Interface Engineering Report: Comparison on the Usage of SOAP Across OGC Web service interfaces |
15-077r1 | Ingo Simonis | 2016 |
| A number of OGC service interface standards define SOAP bindings. Despite the current hype around REST or RESTful interfaces, SOAP services are still used intensively, in particular in security-critical environments. A number of OGC Web service interfaces support SOAP bindings (see chapter 6). Unfor ...Click to continue reading | |||
| OGC Testbed-11 Multiple WFS-T Interoperability |
15-011r2 | Panagiotis (Peter) A. Vretanos | 2016 |
| This document describes the work done in the OGC Testbest-11 to support multiple WFS-T instance interoperability by way of a transaction scenario involving the interaction between clients and multiple WFS-T servers as well as the interaction between the servers themselves, especially in the use case ...Click to continue reading | |||
| OGC® Testbed-11 WFS-T Information Exchange Architecture |
15-010r4 | Panagiotis (Peter) A. Vretanos | 2016 |
| This document presents an assessment of the conformance level, with respect to the WFS standard (OGC 09-025r2), of the web feature servers used in the OGC Testbed-11. Each server is accessed to determine if it conforms to the minimum requirements of the WFS standard. Each server is further accesse ...Click to continue reading | |||
| Testbed-11 OGC IP Engineering Report Geo4NIEM Architecture Design and Implementation Guidance and Fact Sheet |
15-051r3 | Jeff Harrison | 2016 |
| The goal of the Geo4NIEM thread in Testbed 11 was to assess the potential for the National Information Exchange Model (NIEM) to be combined with security tags from Intelligence Community (IC) Data Encoding Specifications for information exchange. The assessment included reviewing Information Exchang ...Click to continue reading | |||
| Testbed-11 NIEM-IC Feature Processing API using OGC Web Services |
15-047r3 | Jeff Harrison | 2016 |
| The goal of the Geo4NIEM thread in Testbed 11 was to gain Intelligence Community (IC) concurrence of the National Information Exchange Model (NIEM) Version 3.0 architecture through the development, implementations, test, and robust demonstration making use of IC specifications, Geography Markup Lang ...Click to continue reading | |||
| Testbed 11 Geospatial Enhancement for the National Information Exchange Model (Geo4NIEM) Round Trip Engineering Report |
15-030r3 | Scott Serich | 2016 |
| The goal of the Geo4NIEM thread in OGC Testbed 11 was to gain Intelligence Community (IC) concurrence of the National Information Exchange Model (NIEM) Version 3.0 architecture through the development, implementations, test, and robust demonstration making use of IC specifications, Geography Markup ...Click to continue reading | |||
| OGC Testbed-11 NIEM & IC Data Encoding Specification Assessment and Recommendations Engineering Report |
15-048r3 | Jeff Harrison | 2016 |
| The goal of the Geo4NIEM thread in Testbed 11 was to gain Intelligence Community
(IC) concurrence of the National Information Exchange Model (NIEM) Version 3.0
architecture through the development, implementations, test, and robust demonstration
making use of IC specifications, Geography Markup L ...Click to continue reading | |||
| OGC Testbed-11 Test and Demonstration Results for NIEM using IC Data Encoding Specifications Engineering Report |
15-050r3 | Jeff Harrison | 2016 |
| The goal of the Geo4NIEM thread in Testbed 11 was to gain Intelligence Community
(IC) concurrence of the National Information Exchange Model (NIEM) Version 3.0
architecture through the development, implementations, test, and robust demonstration
making use of IC specifications, Geography Markup L ...Click to continue reading | |||
| OGC® Testbed 11 Digital Notice to Airmen (NOTAM) Validation and Enrichment Service Engineering Report |
15-027r1 | Aleksandar Balaban | 2016 |
| This OGC Engineering Report (ER) is a deliverable of the OGC Testbed 11. This ER describes the Digital Notice to Airmen (NOTAM) enrichment and validation services in the Testbed 11 Aviation thread, including:
• A description of the architecture and architectural options.
• An overview of the i ...Click to continue reading | |||
| OGC® Testbed 11 REST Interface Engineering Report |
15-052r1 | Frédéric Houbie | 2016 |
| REST architectural principles are associated with optimal functioning of the Web but their manifestation in geospatial Web services standards is not straightforward. This OGC Engineering Report (ER) examines their use both in existing OGC Services standards and in new or revised service standard pro ...Click to continue reading | |||
| OGC® Testbed-11 High Resolution Flood Information Scenario Engineering Report |
15-046r2 | Eugene G. Yu, Liping Di, Ranjay Shrestha | 2016 |
| This OGC Engineering Report describes the high-resolution flood information scenario carried out under the Urban Climate Resilience Thread of the Testbed 11 Initiative. The scenario was developed for two areas of interest: the San Francisco Bay Area and in Mozambique. The scenarios for these two loc ...Click to continue reading | |||
| OGC® Testbed-11 Multi-dimensional GeoPackage Supporting Terrain and Routes Engineering Report |
15-067 | Gobe Hobona;Roger Brackin | 2015 |
| Routing is one of the most widely used functions of mobile applications. Routing often requires consideration of a variety of factors in order to provide reasonable estimations of journey time and the cost of travel. Another widely used function of mobile applications is the visualization of charact ...Click to continue reading | |||
| OGC® Testbed-11 Symbology Mediation |
15-058 | Stephane Fellah | 2015 |
| This OGC® Engineering Report (ER) summarizes the approaches, findings and the results of the Symbology Mediation sub-thread activities of the OGC Testbed-11 Cross Community Interoperability (CCI) Thread. The ER:
• Provides an overview of existing standards relevant to symbology mediation,
?? ...Click to continue reading | |||
| OGC® Testbed11 Referenceable Grid Harmonization Engineering Report |
15-065r1 | Eric Hirschorn, Peter Baumann | 2015 |
| This Engineering Report is a deliverable of the Testbed-11 Urban Climate Resilience (UCR) Thread. The UCR Thread responds to the urgent need to make climate information and related data readily available for the public and government decision makers to prepare for changes in the Earth’s climate. A ...Click to continue reading | |||
| OGC® Testbed-11 Incorporating Social Media in Emergency Response Engineering Report |
15-057r2 | Matthes Rieke, Simon Jirka, Stephane Fellah | 2015 |
| This OGC Engineering Report (ER) was created as a deliverable for the OGC Testbed 11 initiative of the OGC Interoperability Program. This ER describes an approach for incorporating Social Media for Emergency Response applications that use spatial data infrastructures. This document also reports on f ...Click to continue reading | |||
| OGC® Testbed-11 Implementing Linked Data and Semantically Enabling OGC Services Engineering Report |
15-054 | Stephane Fellah | 2015 |
| This OGC® Engineering Report (ER) summarizes the approaches, findings and the results
of the Linked Data and Semantic Enablement of OGC Web Services sub-thread activities
of the OGC Testbed-11 Cross Community Interoperability (CCI) Thread. This report
provides an overview of existing standards f ...Click to continue reading | |||
| OGC® Testbed-11 DGIWG GMLJP2 testing results Engineering Report |
15-073r2 | E. Devys, L.Colaiacomo, P. Baumann | 2015 |
| This OGC Engineering Report (ER) describes work done in OGC Testbed 11 to test
GMLJP2 in terms of defining a DGIWG GMLJP2 version 1 profile.
The requirements for a DGIWG profile of GMLJP2 have been documented in the
DGIWG GMLJP2 version 1 profile. The Imagery WG inside DGIWG has developed a
filt ...Click to continue reading | |||
| OGC® Testbed-11 Aviation Feature Schema Recommendations Engineering Report |
15-026 | Thomas Forbes, Alberto Olivares, Richard Rombouts | 2015 |
| Developed by EUROCONTROL, the Aviation Feature Schema (AFX) is a template for
application schemas to implement by adding their operational attributes. For example, the
Airport Mapping format can be implemented by extending AFX. The AFX defines
concepts of geometry and temporality through predefin ...Click to continue reading | |||
| OGC® Testbed 11 Catalogue Service and Discovery Engineering Report |
15-056 | Wenwen Li, Sheng Wu | 2015 |
| This OGC Testbed 11 Engineering Report provides a comprehensive review and comparison in terms of architecture, functionality, and usability of the OGC catalogue service standards CSW 2.0.2 and CSW 3.0. We are especially interested in how well the two standards provide support for open searches and ...Click to continue reading | |||
| OGC® Testbed 11 Use of Semantic Linked Data with RDF for National Map NHD and Gazetteer Data Engineering Report |
15-066r1 | Gobe Hobona;Roger Brackin | 2015 |
| Over the past few years there has been an increase in the number, size and complexity of databases across government sectors. This has undoubtedly created challenges relating to the discovery and access of information and services on multiple databases across static and deployed networks. Linked Dat ...Click to continue reading | |||
| OGC® Testbed 11 Aviation - Architecture Engineering Report |
15-025r2 | Johannes Echterhoff | 2015 |
| This OGC® document describes the architecture implemented in the OGC Testbed 11 Aviation thread. | |||
| OGC® Testbed 11 Aviation - Guidance on Using Semantics of Business Vocabulary and Business Rules (SBVR) Engineering Report |
15-024r2 | Johannes Echterhoff | 2015 |
| This document is a deliverable of the OGC Testbed 11 . It describes the results of developing a tool to automatically derive Schematron code from SBVR constraints. It also documents a vocabulary with a profile of core geospatial terms and concepts, which can be used to express geospatial constraints ...Click to continue reading | |||
| OGC® Testbed 11 Data Broker Specifications Engineering Report |
15-028 | Daniel Balog | 2015 |
| This document is a deliverable of the OGC Testbed 11 Interoperability initiative. The report’s contents cover the summary of the interoperability work regarding the Aviation Data Broker concept. This data broker concept enables the setup of cascading OGC Web Feature Server (WFS) servers to form a ...Click to continue reading | |||
| OGC® Testbed 11 Engineering Report: Implementing Common Security Across the OGC Suite of Service Standards |
15-022 | Andreas Matheus | 2015 |
| This OGC Engineering Report (ER) focuses on describing Common Security for all OGC
Web Service Standards. This work was performed as part of the OGC Testbed 11
activity. | |||
| OGC® Testbed 11 GeoPackaging Engineering Report |
15-068r2 | Gobe Hobona;Roger Brackin | 2015 |
| Mobile location based service applications and users have an increasing need for access to geospatial data from any place in the world, including locations with limited or intermittent connectivity to communications networks. Maintaining consistency between copies of the same data held by different ...Click to continue reading | |||
| OGC® Testbed 11 Implementing JSON/GeoJSON in an OGC Standard Engineering Report |
15-053r1 | Joan Masó | 2015 |
| In the OGC Testbed 11, the Cross-Community Interoperability (CCI) thread had a key objective of building on the work accomplished in the OGC 8, 9 and 10 Testbeds. The goal of the CCI threads is to increase interoperability between communities sharing geospatial data. This thread made advances in sem ...Click to continue reading | |||
| OGC® and Ordnance Survey - UK Interoperability Assessment Plugfest (UKIAP) Engineering Report |
14-057 | Bart De Lathouwer, Peter Cotroneo, Paul Lacey | 2015 |
| The Open Geospatial Consortium (OGC), the UK Ordnance Survey, AGI and Dstl conducted a first of a series of events called the United Kingdom Interoperability Assessment Plugfest (UKIAP) 2014. The purpose of UKIAP 2014 is to advance the interoperability of geospatial products and services based on OG ...Click to continue reading | |||
| OGC® Testbed 10 Summary Engineering Report |
14-044 | Lew Leinenweber | 2015 |
| The OGC Testbed 10 was an initiative of OGC’s Interoperability Program to collaboratively extend and demonstrate OGC’s baseline for geospatial interoperability. The majority of work for Testbed 10 was conducted between October 2013 and April 2014. | |||
| USGS OGC® Interoperability Assessment Report |
14-079r1 | Ingo Simonis | 2015 |
| The USGS Interoperability assessment was conducted under the OGC Interoperability
Program with the goal to better understand how USGS customers make use of OGC
compliant Web services operated by USGS. For this assessment, USGS customers have
been invited to share their experiences and to describe ...Click to continue reading | |||
| WaterML2.0 part 2 – rating tables, gauging observations and cross-sections: Interoperability Experiment Results |
14-114r1 | Peter Taylor | 2014 |
| Part 1 of WaterML2.0 covers exchange of hydrological time-series data, the observational processes used to generate them, and information related to the monitoring points (stations/sites) where time-series data are typically collected. WaterML2.0 Part 2, is a candidate standard that defines how to e ...Click to continue reading | |||
| OGC® Aircraft Access to SWIM (AAtS) Harmonization Architecture Report |
14-073r1 | George Wilber, Johannes Echterhoff, Matt de Ris, Joshua Lieberman | 2014 |
| This OGC® document describes the Aircraft Access to SWIM (AAtS) harmonization
architecture developed by a team funded by the FAA and led by the Open Geospatial
Consortium (OGC). | |||
| OGC® Aircraft Access to SWIM (AAtS) Harmonization Project Summary Report |
14-086r1 | Josh Lieberman, Johannes Echterhoff, Matt de Ris, George Wilber | 2014 |
| This OGC® document summarizes the Aircraft Access to SWIM (AAtS) Harmonization activity developed by a team funded by the FAA and led by the Open Geospatial Consortium (OGC). The activity involved assembling a core team of industry participant experts to analyze and harmonize four standards suites ...Click to continue reading | |||
| Testbed 10 Performance of OGC® Services in the Cloud: The WMS, WMTS, and WPS cases |
14-028r1 | Edric Keighan, Benjamin Pross, Hervé Caumont | 2014 |
| This document characterizes the performance and scalability of OGC data services in the Cloud. Three use cases highlighting different geo-processing aspects of OGC data services have been developed, implemented, and benchmarked. Each use case is presented in a separate section of this document with ...Click to continue reading | |||
| OGC® Web Services Facade for OGC IP Engineering Report |
12-133 | John Hudson | 2014 |
| This document describes the Web Services Façade which was developed by LISAsoft as part of the OWS-9 testbed. The document also includes discussions about lessons learned during the development, and suggestions for future development.
This Engineering Report documents the Web Services Façade work ...Click to continue reading | |||
| OGC® Testbed 10 Aviation Human Factor Based Portrayal of Digital NOTAMs ER |
14-039 | Thibault Dacla, Daniel Balog | 2014 |
| This activity is part of OGC Testbed 10. The aviation thread was focused on developing and demonstrating the use of the Aeronautical Information Exchange Model (AIXM) and the Flight Information Exchange Model (FIXM), building on the work accomplished in prior testbeds to advance the applications of ...Click to continue reading | |||
| OGC® Testbed 10 Cross Community Interoperability (CCI) Hydro Model Interoperability Engineering Report |
14-048 | Genong (Eugene) Yu, Liping Di | 2014 |
| This OGC® document gives guidelines for enabling interoperability among different hydro data models and services. The demonstration specifically gives out best practices for supporting interoperability among the National Hydrographic Network (NHN) of Canada, the National Hydrographic Dataset Plus ( ...Click to continue reading | |||
| OGC® Testbed 10 Cross Community Interoperability (CCI) Ontology Engineering Report |
14-049 | Ingo Simonis, Stephane Fellah | 2014 |
| Testbed 10 ontology work focused on:
• A general examination of ontologies in the context of OGC data modeling, handling, and organization. Testbed-10 has started to define a consistent set of ontologies implementing solid theoretical foundations and semantics.
• The definition of a core onto ...Click to continue reading | |||
| OGC® Testbed 10 Flight Information Exchange Model GML Schema |
14-037 | Thomas Forbes, Ballal Joglekar | 2014 |
| This report provides guidance for implementing the Flight Information Exchange Model (FIXM) using the same best practice as the Aeronautical Information Exchange Model (AIXM) and the Weather Information Exchange Model (WXXM) by adopting ISO and OGC standards.
The report is aimed at system and clien ...Click to continue reading | |||
| OGC® Testbed 10 Virtual Global Gazetteer Engineering Report |
14-029r2 | Martin Klopfer | 2014 |
| This document provides a technical description of the Virtual Global Gazetteer implemented for OGC Testbed 10.
The Virtual Global Gazetteer integrates two gazetteers – a copy of the USGS gazetteer containing domestic names and a copy of the NGA gazetteer containing non-domestic names (hosted by ...Click to continue reading | |||
| OGC® Testbed 10 Report on Aviation Binding AIXM to Development Tools |
14-007 | Matthes Rieke | 2014 |
| This document is a deliverable of the OGC Testbed 10 (Testbed-10). Its contents cover the summary of the work carried out regarding the creation and evaluation of generated data bindings for the Aeronautical Information Exchange Model (AIXM) for established programming languages.
Suggested addition ...Click to continue reading | |||
| OGC® Testbed-10 CCI VGI Engineering Report |
14-016 | Arne Bröring;Simon Jirka;Matthes Rieke, Benjamin Pross | 2014 |
| This Engineering Report was created as a deliverable for the OGC Testbed 10 (Testbed-
10) initiative of the OGC Interoperability Program. This report describes an approach for
integrating Volunteered Geographic Information (VGI) into a spatial data infrastructure
and reports on findings about the ...Click to continue reading | |||
| OGC® Testbed 10 Annotations Engineering Report |
14-002 | Joan Masó and Raj Singh | 2014 |
| This OGC Engineering Report provides guidelines for dealing with geospatial
annotations in OGC standards. It proposes a generic data model and a set of mappings
into different popular encodings This OGC® document is applicable to OWS context,
GMLJP2 and any other standards that can require annot ...Click to continue reading | |||
| OGC® Testbed 10 Report on Aviation Architecture |
14-008 | Matthes Rieke | 2014 |
| This document is a deliverable of the OGC Testbed 10 (Testbed-10). This document describes the
architecture that was implemented in the Testbed-10 Aviation thread. Additionally, it provides
descriptions of all software components involved in the Aviation architecture as well as a
dedicated chapte ...Click to continue reading | |||
| OGC® Testbed 10 Recommendations for Exchange of Terrain Data |
14-006r1 | Daniel Balog | 2014 |
| This document is a deliverable of the OGC Testbed 10 (Testbed-10). Its contents cover the summary of the work carried out regarding the recommendations for the exchange of terrain data.
Suggested additions, changes, and comments on this draft report are welcome and encouraged. Such suggestions may ...Click to continue reading | |||
| OGC® Testbed 10 Provenance Engineering Report |
14-001 | Joan Masó, Guillem Closa Yolanda Gil and Benjamin Proß | 2014 |
| The provenance activities reported in this document were part of the OGC Testbed 10
Cross Community Interoperability (CCI) thread. This OGC® document gives guidelines
for the capture and documentation of provenance information at dataset, feature and
attribute level. It only considers vector fea ...Click to continue reading | |||
| Testbed 10 Engineering Report: GML for Aviation Conformance Testing |
14-000 | R. Martell | 2014 |
| This activity is part of OGC Testbed 10. The aviation thread was focused on developing
and demonstrating the use of the Aeronautical Information Exchange Model (AIXM) and
the Flight Information Exchange Model (FIXM), building on the work accomplished in
prior testbeds to advance the applications ...Click to continue reading | |||
| OGC® Testbed-10 Service Integration Engineering Report |
14-013r1 | Panagiotis (Peter) A. Vretanos | 2014 |
| This document specifies technical changes to the OGC web service architecture baseline to support better integration among the services. Although integration may be achieve in a number of ways and using a number of other technologies, the goal of this document is to achieve this integration within ...Click to continue reading | |||
| OGC® Climate Challenge Integration Plugfest 2009 Engineering Report |
10-002 | Raj Singh | 2014 |
| This OGC Engineering Report (ER) documents findings of the CCIP 2009 Plugfest, which was conducted via the public Internet to address requirements stated in the CCIP Call for Participation . It addresses concept development, specifications tested, and interoperability experiments conducted. The ER c ...Click to continue reading | |||
| OGC® Testbed 10 CCI Profile Interoperability Engineering Report |
14-021r2 | Gobe Hobona, Roger Brackin | 2014 |
| This Engineering Report was prepared as a deliverable for OGC Testbed 10, an initiative of the OGC Interoperability Program. The document presents the work completed with respect to the Cross Community Interoperability (CCI) thread within the testbed. The work has been commissioned in order to infor ...Click to continue reading | |||
| OGC® Testbed 10 OWS Context in NIEM Engineering Report |
14-017 | Gobe Hobona, Roger Brackin | 2014 |
| This Engineering Report was prepared as a deliverable for OGC Testbed 10, an initiative of the OGC Interoperability Program. The document presents the work completed with respect to the Open Mobility thread within the testbed.
The Engineering Report describes and evaluates options for integrating O ...Click to continue reading | |||
| OGC® OWS-7 Schema Automation Engineering Report |
10-088r3 | Clemens Portele | 2014 |
| The capabilities of OGC’s KML 2.2 as a format for exchange and visualization of U.S. National System for Geospatial Intelligence (NSG) Application Schema (NAS) data is explored. | |||
| OGC® Testbed-10 Rules for JSON and GeoJSON Adoption: Focus on OWS-Context |
14-009r1 | Pedro Gonçalves | 2014 |
| This document identifies the generic rules for obtaining JSON documents directly from existing XML documents and schemas elements. It is primordially targeting the OWS Context JSON Encoding design, but is presented in a generic approach. Such generic approach can offer the guidelines for other OGC s ...Click to continue reading | |||
| OGC® CHISP-1 Engineering Report |
13-053r1 | Panagiotis (Peter) A. Vretanos | 2014 |
| This document provides a technical description of the work completed for the Climatology-Hydrology Information Sharing Pilot, Phase 1 project.
This document describes a profile of SOS, the NRCan GIN SOS 2.0 profile, developed in order to define a baseline of interoperability among the sensor obser ...Click to continue reading | |||
| OGC CHISP-1 Summary Engineering Report |
13-046r2 | Lew Leinenweber | 2014 |
| This report summarizes the results of OGC’s Climatology-Hydrology Information Sharing Pilot, Phase 1 (CHISP-1). The objective of this initiative was to develop an inter-disciplinary, inter-agency and international virtual observatory system for water resources information from observations in the ...Click to continue reading | |||
| Summary and Recommendations of the Geospatial Enhancement for the National Information Exchange Model (Geo4NIEM) Interoperabi |
13-054r1 | Richard Martell | 2013 |
| Geospatial information technologies are increasingly a foundation for supporting Information Sharing Environment (ISE), homeland security (HLS), homeland defense (HLD), law enforcement (LE), emergency management (EM) and public safety missions in the US. The inability to transport, deliver and exch ...Click to continue reading | |||
| OGC® Military Operations Geospatial Interoperability Experiment (MOGIE) |
13-080r3 | Frank Klucznik, Matthew Weber, Robin Houtmeyers, Roger Brackin | 2013 |
| experiment demonstrated that GML content can be embedded in NIEM conformant XML and be exploited by commercial and open source tools without loss of precision (e.g., right number of bits) or accuracy (e.g., physical location on a map). Embedding GML in NIEM conformant XML was accomplished in MOGIE ...Click to continue reading | |||
| OGC® SWE Implementation Maturity Engineering Report |
13-032 | George Percivall | 2013 |
| This report summarizes the outcomes of a process to assess the maturity of implementations based on SWE standards. This report covers the following areas:
• SWE standards overview
• Implementations of SWE in major systems
• SWE software implementations and compliance
• SWE implementati ...Click to continue reading | |||
| OGC® OWS-9 Engineering Report - OWS Innovations - Map Tiling Methods Harmonization |
12-157 | Joan Masó | 2013 |
| This engineering report proposes a profile for WMTS that limits the flexibility or the standard and mimics what some other tile initiatives are doing. It also proposes some improvements in WMTS to accommodate the need for requesting several tiles of a region at different scales that has been identif ...Click to continue reading | |||
| OGC® OWS-9 Web Feature Service Temporality Extension Engineering Report |
12-146 | Timo Thomas | 2013 |
| This document is a deliverable of the OGC Web Services (OWS) Initiative - Phase 9 (OWS-9). This Engineering Report summarizes the OWS-9 activity regarding the extension of the Web Feature Service (WFS) and Filter Encoding (FE) standards to support dynamic feature data.
Specifically this document de ...Click to continue reading | |||
| OGC® OWS-9 Report on Aviation Performance Study |
12-158 | Matthes Rieke | 2013 |
| This document is a deliverable of the OGC Web Services (OWS) Initiative - Phase 9 (OWS-9). The report summarizes the work carried out regarding performance and endurance testing of data provision services, namely Web Feature Service and Event Service. More specifically, the report deals with the per ...Click to continue reading | |||
| OGC® OWS-9 OWS Innovations WCS for LIDAR Engineering Report |
12-155 | Weiguo Han, Yuanzheng Shao, Liping Di | 2013 |
| This Engineering Report is prepared as a deliverable for the OGC Web Services, Phase 9 (OWS-9) initiatitive of the Innovations Coverages Sub-Thread. This document represents the OWS-9 OWS Innovations WCS for LIDAR Engineering Report. In this report, the implementation of WCS 2.0 service that serves ...Click to continue reading | |||
| OGC® OWS-9 Innovation - Coverages: Coverage Access (OPeNDAP) Study |
12-095 | James Gallagher, Peter Baumann | 2013 |
| This document represents the OWS-9 OWS Innovations Coverage Access Study
Engineering Report. It contributes knowledge based on the experience prototyping the
WCS 2.0 Service – Access Innovations component, established in close collaboration
with the OPeNDAP group. To this end, accessing a varie ...Click to continue reading | |||
| OGC® OWS-9 Data Transmission Management |
12-163 | Thibault Dacla; Eriza Hafid Fazli; Charles Chen; Stuart Wilson | 2013 |
| This OWS-9 Engineering Report documents investigations, findings, lessons learned and
proposed future work for the Data Transmission Management unit, invented and
prototyped in OWS-9.
The purpose of the Data Transmission Management unit is to optimize, customize and
make reliable the information ...Click to continue reading | |||
| OGC® OWS-9 Engineering Report - CCI - Single Point of Entry Global Gazetteer |
12-104r1 | Panagiotis (Peter) A. Vretanos | 2013 |
| This document provides a technical description of the Single Point of Entry Global Gazetteer (SPEGG) implemented for the OWS9 test bed. The SPEGG integrates two gazetteers – a copy of the USGS gazetteers containing domestic names (hosted by CubeWerx Inc.) and the NGA gazetteer containing foreign ...Click to continue reading | |||
| OGC® OWS-9 CITE Help Guide Engineering Report |
12-152r1 | Luis Bermudez | 2013 |
| This Engineering Report was created as a deliverable of the CITE Thread as part of the OGC Web Services, Phase 9 (OWS-9) initiative of the OGC Interoperability Program. This OGC® Engineering Report describes how to execute the CITE tests, how to select the conformance classes, how to access and dow ...Click to continue reading | |||
| OGC® OWS-9 Architecture - Registry Engineering Report |
12-144 | David Burggraf | 2013 |
| This OGC® Engineering Report provides guidelines for the harvest, registration and retrieval of aviation resources from an OGC web catalogue/registry service (OGC CSW-ebRIM), with particular emphasis on ISO metadata resources. Alternatives for selective and efficient retrieval of such resources are ...Click to continue reading | |||
| OGC® OWS-9 - OWS Context evaluation IP Engineering Report |
12-105 | Joan Masó | 2013 |
| This OGC Engineering Report describes the results of the OWS-9 IP on OWS Context 1.0. OWS Context is a draft OGC candidate standard. The OWS Context activity tested and evaluated the relative benefits of different encoding methods prior to finalization of the candidate standard. OWS Context has been ...Click to continue reading | |||
| OGC® OWS 9 Data Quality and Web Mapping Engineering Report |
12-160r1 | Jon Blower, Xiaoyu Yang, Joan Masó and Simon Thum | 2013 |
| This Engineering Report specifies conventions for conveying information about data
quality through the OGC Web Map Service Standard (known hereafter as the “WMS-Q
conventions”), OGC Web Map Tile Service Standard (known hereafter as the “WMTS-Q
conventions”), OGC KML (known hereafter as th ...Click to continue reading | |||
| OWS-9: Summary of the OGC Web Services, Phase 9 (OWS-9) Interoperability Testbed |
13-011 | Nadine Alameh | 2013 |
| This report summarizes the results of OGC Web Services Initiative, Phase 9 (OWS-9). | |||
| OWS-9 Engineering Report - SSI - Bulk Data Transfer (GML Streaming) |
12-097 | Jeff Harrison | 2013 |
| This document provides a description of the Bulk Data Transfer investigations related to Geography Markup Language (GML) streaming and feature data transportation implemented in the OGC OWS-9 test bed.
This document extends the concept of Bulk Data Transfer to the dissemination of large payload ...Click to continue reading | |||
| OWS-9 Reference Architecture Profile (RAP) Advisor Engineering Report |
12-156 | George Percivall | 2013 |
| The Reference Architecture Profiler (RAP) Advisor™ is a web based application that
recommends OGC Standards and OGC Reference Model (ORM) Sections that are
relevant to a system development; such that a community of interest could derive and
build a profile of suitable OGC standards to meet thei ...Click to continue reading | |||
| OWS-9 Security Engineering Report |
12-118 | Andreas Matheus | 2013 |
| This Engineering Report describes the approaches to security taken in the OWS-9 initiative. This document presents the results of the work within the OWS-9 Security and Services Interoperability (SSI) thread and results from CCI and Innovations Cross Thread activities.
The report also describes th ...Click to continue reading | |||
| OWS-9 Aviation Portrayal Engineering Report |
12-151 | Daniel Balog, Roger Brackin, Robin Houtmeyers | 2013 |
| This document provides an overview of the portrayal work within the OWS-9 Aviation thread. Using open standards, a web services architecture was designed and prototyped to enable the retrieval of static airport maps in support of an ePIB. An ePIB, or Digitally Enhanced Pre-Flight Information Bulleti ...Click to continue reading | |||
| OWS-9 Aviation Architecture Engineering Report |
12-147 | Claude Speed | 2013 |
| This OGC® document describes the architecture implemented in the OWS-9 Aviation thread, including:
• A description of the architecture used for the implementation of the OWS-9 Aviation Use Cases.
• An overview of the implemented components and workflows followed by a short description of each ...Click to continue reading | |||
| OWS-9: SSI Security Rules Service Engineering Report |
12-139 | Jan Herrmann, Andreas Matheus | 2013 |
| In this engineering report we describe how to administrate XACML v2.0, XACML v3.0 and GeoXACML v1.0.1 access control policies through a “Security Rules Service”. Following the XACML and ISO terminology this service plays the role of a Policy Administration Point (PAP) and is therefore called XAC ...Click to continue reading | |||
| OWS-9: UML-to-GML-Application-Schema (UGAS) Conversion Engineering Report |
12-093 | Clemens Portele | 2013 |
| The main scope of the schema automation activities in the OWS-9 initiative was twofold:
• Support for the SWE Common 2.0 XML Schema encoding rule
• Development of and support for an encoding rule for JSON instance data
In both cases the scope includes implementation of the encoding rules in S ...Click to continue reading | |||
| OWS-9 Aviation: AIRM Derivation |
12-094 | Debbie Wilson, Clemens Portele | 2013 |
| This report describes the architecture, rules and tools developed within the OWS-9 Aviation Thread AIRM Derivation task. These rules and tools were demonstrated by transforming the AIRM Meteorology package into a Weather Exchange Model (WXXM) and GML/JSON implementation schema. | |||
| OWS-9 OWS Innovations GMLJP2 for National Imagery Transmission Format (NITF) Engineering Report |
12-154 | Darko Androsevic | 2013 |
| This OGC® document provides mapping of the national imagery transmission format (NITF) version 2.1 format and NITF tagged record extensions (TRE) to GMLJP2 v2.0 (draft) format.
This Engineering Report was prepared as a deliverable for the OGC Web Services, Phase 9 (OWS-9) initiative.
This docume ...Click to continue reading | |||
| OWS-9 CCI Semantic Mediation Engineering Report |
12-103r3 | Gobe Hobona, Roger Brackin | 2013 |
| The OWS-9 Cross Community Interoperability (CCI) thread built on progress made in the recent OWS-8 initiative by improving interoperability between communities sharing geospatial data through advances in semantic mediation approaches for data discovery, access and use of heterogeneous data models an ...Click to continue reading | |||
| OWS-9 CCI Conflation with Provenance Engineering Report |
12-159 | Matthes Rieke, Benjamin Pross | 2013 |
| This OGC® Engineering Report describes the architecture of a WPS capable of conflating two datasets while capturing provenance information about the process. The report also provides information about defining and encoding conflation rules and about encoding provenance information.
This Engineeri ...Click to continue reading | |||
| OWS-9: Engineering Report: Use of SWE Common and SensorML for GPS Messaging |
12-096 | Mike Botts | 2013 |
| This document is an Engineering Report for the OWS-9 Interoperability Test Bed. The focus of the document is discussion and demonstration on the use of SWE Common Data 2.0 encodings to support an interoperable messaging description and encoding for the next generation GPS message streams into and ou ...Click to continue reading | |||
| OWS-9: OGC Mobile Apps: Definition, Requirements, and Information Architecture |
12-119r1 | Ingo Simonis | 2013 |
| This engineering report represents the results of the OWS-9 innovations thread on mobile applications. Initially, the goal was to help understanding the requirements for developing standards-based geospatially-enabled mobile applications. The report describes how OGC Enabled Mobile Apps can be integ ...Click to continue reading | |||
| OGC® Surface Water Interoperability Experiment FINAL REPORT |
12-018r2 | Peter Fitch | 2012 |
| This report describes the methods, results, issues and recommendations generated by the Surface Water Interoperability Experiment (SW IE), carried out as an activity of the OGC Hydrology Domain Working Group (HDWG). The SW IE was designed to advance the development of WaterML 2.0 and test its use wi ...Click to continue reading | |||
| OGC 3D Portrayal Interoperability Experiment FINAL REPORT |
12-075 | Arne Schilling, Benjamin Hagedorn, Volker Coors | 2012 |
| This document describes the results of an OGC Interoperability Experiment (IE) on the portrayal of 3D geospatial information. It contains technical details on processing 3D information in an OGC service environment as well as best practices on how to portray large data sets in urban planning scenari ...Click to continue reading | |||
| Surface Water Interoperability Experiment FINAL REPORT |
12-018r1 | Peter Fitch | 2012 |
| This report describes the methods, results, issues and recommendations generated by
the Surfacewater Interoperability Experiment (SW IE), carried out as an activity of the
OGC Hydrology Domain Working Group (HDWG). The SW IE was designed to
advance the development of WaterML 2.0 and test its use ...Click to continue reading | |||
| OWS-8 Analysis of OGC Standards for Supporting Mobile Object Processing Implementation (Engineering Report) |
11-108 | Ingo Simonis | 2012 |
| This document describes the usability of OGC services and encodings to implement the
OWS-8 observation fusion and tracking thread in an abstract way. The real deployment
and an actual perspective on the engineering and technology viewpoint can be found in
OWS-8 engineering report OGC 11-134, ‘O ...Click to continue reading | |||
| OWS-8 Tracking: Moving Target Indicator Process, Workflows and Implementation Results ER |
11-134 | Rob Cass, Mark Simms | 2012 |
| The scope of this report is to provide a description of services, data storage and data
movement within the OWS-8 Tracking sub-thread. The paper outlines the development
of Sensor Observation Services (SOS), a Web Feature Service(WFS), a Notification
Service and a Web Processing Service (WPS) for ...Click to continue reading | |||
| OGC® Engineering Report for the OWS Shibboleth Interoperability Experiment |
11-019r2 | Chris Higgins | 2012 |
| This document reports on outcomes from the OGC Web Services Shibboleth Interoperability Experiment (OSI). The main objective of OSI was to advance the use of Shibboleth (an open source implementation of SAML) as a means of protecting OWS. In the process, OSI helped develop further understanding of ...Click to continue reading | |||
| OWS-8 Report on Digital NOTAM Event Specification |
11-092r2 | Johannes Echterhoff, Matthes Rieke | 2012 |
| This document is a deliverable of the OGC Web Services (OWS) Initiative - Phase 8 (OWS-8). It describes the results of the conceptual and schematron rule based validation of the Digital NOTAM Event Specification (DNES). Various conceptual aspects were identified which need clarification and/or revis ...Click to continue reading | |||
| OWS-8 AIXM Metadata Guidelines Engineering Report |
11-061r1 | David Burggraf | 2012 |
| This OGC® Engineering Report provides guidelines for ISO metadata usage in AIXM 5.1
conformant to the requirements of OGC 10-195 (Requirements for Aviation Metadata)
and the recommendations of OGC 10-196r1 (Guidance on the Aviation Metadata
Profile), with the exception of non-ISO metadata elemen ...Click to continue reading | |||
| OWS-8 Aviation: Guidance for Retrieving AIXM 5.1 data via an OGC WFS 2.0 |
11-073r2 | Debbie Wilson, Ian Painter | 2012 |
| The scope of this guidelines report is to provide:
1. Overview of the OGC WFS 2.0 standard
2. Recommendations for a minimum set of operations and behaviours that should be supported to ensure consistency across software implementations.
3. Guidance for configuring the WFS 2.0 to retrieve AIXM 5 ...Click to continue reading | |||
| OWS-8 Review of the WXXS exchange schemas |
11-091 | Richard Martell | 2012 |
| This aim of this review is to assess the the WXXS 1.1.1 exchange schemas for
compliance with ISO 19136:2007 (GML 3.2.1). This international standard stipulates
rules and recommendations regarding the construction of GML application schemas;
these constraints are documented in the following clause ...Click to continue reading | |||
| OWS-8 Aviation - WXXM Engineering Report |
11-072r2 | Wenny Rahayu, Torab Torabi, Andrew Taylor-Harris, Florian Puersch | 2012 |
| This OGC™ document specifies the advancement of WXXM and Weather Concepts in
the OWS-8 Aviation Thread. The focus is on investigating and demonstrating the
applicability and suitability of WXXM in producing accurate, real-time aircraft weather
radar data using OGC™ Web Coverage Services (WCS) ...Click to continue reading | |||
| OWS-8 Aviation Thread - Authoritative AIXM Data Source Engineering Report |
11-086r1 | Jan Herrmann, Andreas Matheus | 2012 |
| This engineering report describes how to provide access control for WFS-T 2.0 instances
in the OWS-8 Authoritative AIXM Data Source scenario. | |||
| OWS-8 WCS 2.0 Earth Observation Application Profile Compliance Tests Engineering Report |
11-095r1 | Stephan Meissl, Peter Baumann | 2011 |
| This Engineering Report describes and evaluates the specification of EO-WCS ATS and the implementation of ETS for use within an OGC SOA processing chain. | |||
| Summary of the OGC Web Services, Phase 8 (OWS-8) Interoperability Testbed |
11-139r2 | David Arctur | 2011 |
| The OGC Web Services, Phase 8 (OWS-8) Testbed was an initiative of OGC’s Interoperability Program to
collaboratively extend and demonstrate OGC’s baseline for geospatial interoperability. The majority of work for
OWS-8 was conducted from March to September 2011. | |||
| OWS-8 Aviation Architecture Engineering Report |
11-093r2 | Johannes Echterhoff | 2011 |
| This OGC® document describes the architecture implemented in the OWS-8 Aviation thread, including general workflows. The document contains a summary description of the various components within the architecture. An introduction to the Access Control System is provided. Furthermore, the document des ...Click to continue reading | |||
| OWS-8 Geoprocessing for Earth Observations Engineering Report |
11-116 | Peter Baumann | 2011 |
| Ad-hoc processing of Earth Observation (EO) data available through online resources is
gaining more and more attention. Expected benefits include
- More versatile EO data access
- More convenient EO data access
- Consequently, broadened use and exploitation of EO data
- An important step toward ...Click to continue reading | |||
| OWS-8 Digital NOTAM Refactor |
11-106r1 | Rob Atkinson, James Groffen | 2011 |
| AIXM is a GML Application Schema described in UML using the relevant ISO / OGC standards from the 19100 series. The Digital NOTAM Events Specification (DNES) is an extension of AIXM that can describe notices to airmen using the AIXM standard.
This document has been produced in conjunction with the ...Click to continue reading | |||
| OWS-8 AIXM 5.1 Compression Benchmarking |
11-097 | Jérôme JANSOU, Thibault DACLA | 2011 |
| AIXM stands today for the de-facto standard for Aeronautical Information Publication, used by air control service providers from Europe, USA and Australia. With version 5.1, it reaches a level of maturity allowing the support of Digital NOTAMs, as the first official version of these messages was pub ...Click to continue reading | |||
| OGC SAA Pilot Study Engineering Report |
11-055 | Steve Miller | 2011 |
| This OGC® document describes the architecture used for the implementation of the SAA Dissemination Pilot Study demonstrations. This includes an overview of the implemented components and workflows, and discussions of lessons learned. | |||
| OWS-8 CCI Schema Automation Engineering Report |
11-064r3 | Clemens Portele, Reinhard Erstling | 2011 |
| This OGC® document specifies improvements to the processing of information represented in or referenced from an application schema in UML to create derived, implementation level resources, in particular:
• XML Schema documents to represent types and their properties
• Schematron schema docume ...Click to continue reading | |||
| OWS-8 Cross Community Interoperability (CCI) Semantic Mediation Engineering Report |
11-063r6 | Gobe Hobona, Roger Brackin | 2011 |
| The OWS-8 Cross Community Interoperability (CCI) thread built on progress made in the recent OWS-7 initiative to cover key technology areas that could not be addressed within the scope of that initiative. The OWS-8 CCI thread aimed to increase interoperability within communities sharing geospatial d ...Click to continue reading | |||
| OWS-8 Engineering Report - Guidelines for International Civil Aviation Organization (ICAO) portrayal using SLD/SE |
11-089r1 | Daniel Tagesson | 2011 |
| This OGC® document gives guidelines to portrayal of AIXM according to ICAO aviation symbology using SLD/SE. | |||
| OWS-8 Information Model for Moving Target Indicators and Moving Object Bookmarks (Engineering Report) |
11-113r1 | Ingo Simonis | 2011 |
| This report aims at providing an information model for the usage of video moving target indicator data (VMTI), ground moving target indicator (GMTI) and tracking information (STANAG 4676) in the context of standardized spatial data infrastructures compliant to OGC and ISO standards. If possible, pre ...Click to continue reading | |||
| OWS-8 WCS 2.0 Earth Observation Application Profile Engineering Report |
11-096 | Stephan Meissl, Peter Baumann | 2011 |
| This Engineering Report describes progress on EO-WCS in the course of OWS-8. | |||
| OWS-8 CCI Portrayal Registries Engineering Report |
11-062r2 | David Burggraf, Ron Lake | 2011 |
| The OWS-8 Cross Community Interoperability (CCI) thread was built on progress made in the recent OWS-7 initiative to cover key technology areas that could not be addressed within the scope of that initiative. The OWS-8 CCI thread aimed to increase interoperability within communities sharing geospati ...Click to continue reading | |||
| OWS-8 Bulk Geodata Transfer with File Geodatabase |
11-114 | David Danko, Lance Shipman, Paul Ramsey | 2011 |
| This document provides an overview of the File Geodatabase API and documents the testing performed in the OWS 8 Testbed. | |||
| OWS-8 Bulk Geodata Transfer Using GML Engineering Report |
11-085r1 | Panagiotis (Peter) A. Vretanos | 2011 |
| This document describes the work done during the OWS-8 test bed investigating methods and apparatus for distributing individual geospatial data sets and/or collections of data sets in a consistent manner between machines that may or may not be connected via a network. The investigation focuses on t ...Click to continue reading | |||
| OGC® Engineering Report: Water Information Services Concept Development Study |
11-013r6 | Luis Bermudez, David Arctur | 2011 |
| The purpose of this report is to recommend appropriate architectures and procedures for migrating the CUAHSI HIS to the OGC-based WaterML 2.0 encoding (profile of OGC O&M standard) and OGC web services such as Sensor Observation Service (SOS), Web Feature Service (WFS), Web Mapping Service (WMS) ...Click to continue reading | |||
| OGC OWS-8 Domain Modelling Cookbook |
11-107 | Rob Atkinson, James Groffen | 2011 |
| This OGCTM document describes best practices for building and maintaining inter-related
domain models, which have dependencies upon multiple systems. It describes how to
build interoperable, maintainable domain models, the challenges and pitfalls faced in
building these models, the techniques and ...Click to continue reading | |||
| OGC® Groundwater Interoperability Experiment FINAL REPORT |
10-194r3 | Boyan Brodaric, Nate Booth | 2011 |
| This report describes the methods, results, issues and recommendations generated by the
Groundwater Interoperability Experiment (GWIE). As an activity of the OGC Hydrology
Domain Working Group (HDWG), the GWIE is designed to: (1) test the use of
WaterML2 with the SOS interface, and Groundwater ML ...Click to continue reading | |||
| Ocean Science Interoperability Experiment Phase II Report |
09-156r2 | Luis Bermudez | 2011 |
| This OGC Engineering Report documents the work performed by the participants of the Ocean Science Interoperability Experiment Phase II. This work is a follow-on to the OGC Oceans IE Phase 1 activity. Specifically, this IE addressed the following tasks:
• Automated metadata/software installation v ...Click to continue reading | |||
| Authentication IE Enginerring Report |
10-192 | Jeff Harrison | 2011 |
| Results of the Auth IE are presented in this Engineering Report document and serve as guidance to both implementers and organizations deploying solutions that involve basic authentication. It is the belief of the Auth IE participants that if such a document is made available to the community more OG ...Click to continue reading | |||
| Ocean Science Interoperability Experiment Phase 1 Report |
08-124r1 | Luis Bermudez | 2011 |
| This OGC Engineering report details lessons learned and best practices defined as part of the Phase 1 Ocean Science Interoperability Experiment (Oceans IE). The Oceans IE was performed to investigate the use of OGC Web Feature Services (WFS) and OGC Sensor Observation Services (SOS) for representing ...Click to continue reading | |||
| OGC Fusion Standards Study, Phase 2 Engineering Report |
10-184 | George Percivall | 2010 |
| This Engineering Report summarizes two phases of the Open Geospatial Consortium (OGC®) Fusion Standards study and of the fusion prototypes developed during the OWS-7 Testbed which occurred between the two study phases. Recommendations from the first phase of the study were implemented in OWS-7. B ...Click to continue reading | |||
| OWS-7: Summary of the OGC Web Services, Phase 7 (OWS-7) Interoperability Testbed |
10-094 | David Arctur | 2010 |
| The OGC Web Services, Phase 7 (OWS-7) Testbed was an initiative of OGC’s Interoperability Program to collaboratively extend and demonstrate OGC’s baseline for geospatial interoperability. | |||
| OWS-7 Aviation Architecture Engineering Report |
10-079r3 | Thomas Everding | 2010 |
| The document describes the architecture that was implemented in the Aviation thread of OWS-7. The document provides an overview of the architecture and describes the implemented components. In addition it discusses “eventing” and notification techniques relevant for the aviation domain. | |||
| OWS-7 Information Sharing Engineering Report |
10-035r2 | David Rosinger, Stan Tillman | 2010 |
| This Engineering Report describes an investigation and evaluation of various methods of sharing information within a collaborative environment accomplished during the OGC Web Services Testbed, Phase 7 (OWS-7). The intent of the OWS-7 Information Sharing activity was to move toward a standardized met ...Click to continue reading | |||
| OWS-7 Engineering Report - Aviation Portrayal |
10-127r1 | Roger Brackin | 2010 |
| This document describes the requirements, design, technical implementation and technology trialed for the Feature Portrayal service chain used in OWS-7. This includes the interfaces to the OWS Data Services deployed, the feature portrayal servers, the interfaces to clients and the registry informati ...Click to continue reading | |||
| OWS-7 Motion Video Change Detection |
10-036r2 | Stan Tillman | 2010 |
| This Engineering Report documents the development effort to build a Web Processing Service (WPS) to perform a change detection algorithm on two motion video streams. It will examine the WPS Motion Video Change Detection architecture from various viewpoints in order to describe its purpose, data mod ...Click to continue reading | |||
| OWS-7 Motion Imagery Discovery and Retrieval Engineering Report |
10-087 | Wenli Yang, Liping Di | 2010 |
| This Motion Imagery Discovery and Retrieval Engineering Report (ER) documents the metadata used to tag geolocation of Motion Imagery (MI) for discovery, retrieval and linkage with other data sources over the same location, especially the metadata information required to geometrically co-register mul ...Click to continue reading | |||
| OWS-7 Feature and Statistical Analysis Engineering Report |
10-074 | Theodor Foerster, Bastian Schäffer | 2010 |
| This Engineering Report (ER) is a deliverable for the OGC Web Service 7 testbed. The focus of this ER is using the OGC Web Processing Service (WPS) interface standard for Feature and Statistical Analysis (FSA). Specifically, the ER documents how to enhance interoperability of FSA processes that are ...Click to continue reading | |||
| OWS-7 Web Processing Service Profiling Engineering Report |
10-059r2 | Christian Kiehle, Theodor Foerster | 2010 |
| The overall scope of this OWS-7 Engineering Report is to clarify how to write and register a WPS profile. WPS profiles enable clients to search and identify equivalent WPS-based processes distributed on the web. Therefore, this ER provides guidelines for designing WPS Profiles based on WPS interface ...Click to continue reading | |||
| OWS-7 Aviation - WXXM Assessment Engineering Report |
10-132 | Bruno Simmenauer | 2010 |
| The document describes the results of using OGC Web Services for accessing and using WXXM data, notably within aviation scenarios involving rerouting procedures motivated by the sudden closure of airspace areas caused by the eruption of a volcano. The focus of this document will be to evaluate the a ...Click to continue reading | |||
| OWS-7 Aviation - FUSE Deployment Engineering Report |
10-130 | Debbie Wilson | 2010 |
| This document describes the integration results of deploying OGC Web Services on the FAA chosen Enterprise Service Bus (ESB) - FUSE. Snowflake Software were commissioned to evaluate the impacts of the FAA SWIM security requirements for both secure messaging and user authentication and gain an unders ...Click to continue reading | |||
| OWS-7 Aviation - AIXM Assessment Report |
10-131r1 | Debbie Wilson | 2010 |
| This report shall focus on evaluating the ability to:
- Serve, filter and update AIXM 5.1 data via the OGC WFS-T 2.0 interface
- Recommend guidelines or cross-walks for interpreting the new AIXM 5.1 schedules in conjunction with the Timeslice model in a web services environment | |||
| OWS-7 - Towards secure interconnection of OGC Web Services with SWIM |
10-155 | Andreas Matheus | 2010 |
| This Engineering Report provides guidance and generate action items for the OGC standardization effort to properly enable security in the near future such that a seamless, interoperable but secure interconnection between OGC Web Services and FUSE ESB technology stack as selected by use in the System ...Click to continue reading | |||
| OWS-7 - Authoritative Data Source Directory Engineering Report |
10-086r1 | Andrew Turner | 2010 |
| This document presents the Authoritative Data Source Directory (ADSD) engineering suggestions and results of the OGC OWS-7 ADSD thread. This group focused on creating a workflow for geospatially referencing, finding, and federating data sources with associated authority and relevance. | |||
| OWS-7 Engineering Report - Geosynchronization service |
10-069r2 | Panagiotis (Peter) A. Vretanos | 2010 |
| This candidate standard describes a service that allows data collectors to propose changes to be made to a data provider's features. A change proposal can be made to create new data or to modify/delete existing data. Proposed changes are reviewed (either manually or automatically) an are either acc ...Click to continue reading | |||
| OWS-7 Event Architecture Engineering Report |
10-060r1 | Johannes Echterhoff | 2010 |
| This document is applicable to use cases in which event-driven architecture principles are applied in Spatial Data Infrastructures.
The document specifies publish/subscribe functionality for OGC web services. This is done by first defining an abstract publish / subscribe model and then deriving f ...Click to continue reading | |||
| OGC® NSG Plugweek Engineering Report |
09-140r2 | Paul Daisey | 2010 |
| The Open Geospatial Consortium (OGC®) conducted a series of tests that examined the interoperability, suitability and performance of National System for Geospatial- Intelligence (NSG) Profiles provided by the National Geospatial-Intelligence Agency (NGA) of four OGC Standards, Web Map Service (WMS) ...Click to continue reading | |||
| OWS-7 CCSI-SWE Best Practices Engineering Report |
10-073r1 | Scott Fairgrieve | 2010 |
| This document seeks to define the Best Practices for integrating Common Chemical, Biological, Radiological, and Nuclear (CBRN) Sensor Interface (CCSI) compliant and potentially other CBRN-based sensors into an OGC Sensor Web Enablement (SWE)-based environment. The document focuses on the practical ...Click to continue reading | |||
| OWS-7 Dynamic Sensor Notification Engineering Report |
10-061r1 | Johannes Echterhoff, Ingo Simonis | 2010 |
| This document is applicable to scenarios where moving sensors need to be tracked and their entry into an area of interest needs to be detected.
The document presents a detailed discussion of different approaches for encoding tracked object position.
Two approaches for implementing dynamic sens ...Click to continue reading | |||
| Fusion Standards Study Engineering Report |
09-138 | George Percivall | 2010 |
| This OGC Engineering Report (ER) provides discussions and recommendations for information fusion, with a focus on geospatial information. In this ER, fusion is discussed in three categories: sensor fusion, object/feature fusion, and decision fusion. Recommendations in this ER will be considered in t ...Click to continue reading | |||
| AIP-2 Use Cases GEOSS Architecture Implementation Pilot, Phase 2 Engineering Report |
09-129 | Nadine Alameh | 2010 |
| This AIP-2 Engineering Report (ER) describes a set of transverse technology Use Cases developed and applied in the GEOSS Architecture Implementation Pilot Phase 2 (AIP-2). Such Use Cases define reusable activities within a service-oriented architecture, tailored for the GEOSS environment. This rep ...Click to continue reading | |||
| End to End Discovery and Access Engineering Report GEO Architecture Implementation Pilot, Phase 2 |
09-182r1 | Josh Lieberman | 2010 |
| This Architecture Implementation Pilot, Phase 2 Engineering Report (AIP-2 ER) describes the practice of deploying, documenting, and registering contributed resources from the point of view of classes of GEOSS users who rely on GEOSS to support discovery and access to those resources. It emphasizes t ...Click to continue reading | |||
| OWS-6 Outdoor and Indoor 3D Routing Services Engineering Report |
09-067r2 | Akiko Sato, Nobuhiro Ishimaru, Guo Tao, Masaaki Tanizaki | 2009 |
| This document described the Outdoor and Indoor 3D Routing and Services which are used in the OGC OWS-6 Decision Support Systems (DSS) thread. The objective is to enhance a network topology for the current CityGML specification based on the knowledge acquired through the development and experimental ...Click to continue reading | |||
| OWS-6 Security Engineering Report |
09-035 | Rüdiger Gartmann, Lewis Leinenweber | 2009 |
| This Engineering Report describes work accomplished during the OGC Web Services Testbed, Phase 6 (OWS 6) to investigate and implement security measures for OGC web services. This work was undertaken to address requirements stated in the OWS-6 RFQ/CFP originating from a number of sponsors, from OGC s ...Click to continue reading | |||
| OWS-6 Common CBRN Sensor Interface (CCSI)-Sensor Web Enablement (SWE) Engineering Report |
09-007 | Scott Fairgrieve | 2009 |
| This document outlines the concepts, best practices, and lessons learned gathered from integrating Common Chemical, Biological, Radiological, and Nuclear (CBRN) Sensor Interface (CCSI) standard-compliant sensors into an OGC Sensor Web Enablement (SWE)-based architecture. The document also specifies ...Click to continue reading | |||
| OWS-6 Geoprocessing Workflow Architecture Engineering Report |
09-053r5 | Bastian Schäffer | 2009 |
| This document covers Geoprocessing Workflow best practices and methods in a SOA environment. A RESTful approach was also conducted in this testbed, but no specific implementation details were available to be included in this ER; also, the RESTful workflow approaches and technology used in this testb ...Click to continue reading | |||
| OWS-6 GeoProcessing Workflow Thread Summary ER |
09-063 | Lewis Leinenweber | 2009 |
| This OGC® document summarizes work completed in the GeoProcessing Workflow thread of the OWS-6 Testbed, it is applicable to the OGC Interoperability Program testbed.
| |||
| OWS-6 Sensor Web Enablement (SWE) Engineering Report |
09-064r2 | Ingo Simonis | 2009 |
| This OGC® document summarizes work completed in the OWS-6 Sensor Web Enablement (SWE) thread. | |||
| OWS-6 Styled Layer Descriptor (SLD) Changes ER |
09-015 | Craig Bruce | 2009 |
| This OGC® document reports the results achieved in the Decision Support Services (DSS) subtask of the OWS-6 testbed initiative as it relates to the extension of the OGC Styled Layer Descriptor (SLD) symbology format for improved capability and harmonization with ISO 19117 symbology, International H ...Click to continue reading | |||
| OWS-6 Symbology Encoding (SE) Changes ER |
09-016 | Craig Bruce | 2009 |
| This OGC® document reports the results achieved in the Decision Support Services (DSS) subtask of the OWS-6 testbed initiative as it relates to the extension of the OGC Symbology Encoding (SE) symbology format for improved capability and harmonization with ISO 19117 symbology, International Hydrogr ...Click to continue reading | |||
| OWS-6 Symbology-Encoding Harmonization ER |
09-012 | Craig Bruce | 2009 |
| This OGC® document reports the results achieved in the Decision Support Services (DSS) subtask of the OWS-6 testbed initiative as it relates to the harmonization of OGC Styled Layer Descriptor (SLD) and Symbology Encoding (SE) symbology formats with ISO 19117 symbology format, International Hydrogr ...Click to continue reading | |||
| OWS-6 GML Profile Validation Tool ER |
09-038r1 | Clemens Portele | 2009 |
| This document outlines an approach for validating data accessed from a Web Feature Service. Two types of validation are supported:
• XML Schema validation against the GML application schema
• Validation of additional constraints encoded in Schematron
This report describes the validation tool, ...Click to continue reading | |||
| OWS-6 DSS Engineering Report - SOAP/XML and REST in WMTS |
09-006 | Keith Pomakis | 2009 |
| This OGC® document reports the results achieved in the Decision Support Services (DSS) subtask of the OWS-6 testbed initiative as it relates to the development of SOAP/XML and REST interfaces for the Web Map Tiling Service (WMTS). | |||
| OWS-6 SWE PulseNet™ Engineering Report |
09-073 | James Ressler | 2009 |
| This document summarizes work delivered on the Sensor Web Enablement (SWE) thread of OWS-6. In particular, Northrop Grumman’s contribution from PulseNet™ to the Common Chemical, Biological, Radiological, and Nuclear (CBRN) Sensor Interface (CCSI) standard-compliant sensors into an OGC SWE-based ...Click to continue reading | |||
| OWS-6 CITE TEAM Engine Engineering Report |
09-072 | James Ressler | 2009 |
| This document summarizes the work done on the TEAM compliance test engine and DGIWG Profile compliance test by Northrop Grumman for the CITE thread of OWS-6 in 2008-2009. | |||
| OWS-6 3D Flythrough (W3DS) Engineering Report |
09-075r1 | Arne Schilling | 2009 |
| This document describes the 3D portrayal server components which were used in the OGC OWS-6 Decision Support Systems (DSS) thread. The objective pf this activity was to efficiently stream and display GML 3 content in internet or wireless networks with limited bandwidth, especially focusing on the Ci ...Click to continue reading | |||
| OWS-6 Georeferencable Imagery Engineering Report |
09-034 | Genong (Eugene) Yu, Liping Di | 2009 |
| This document discusses considerations about and recommendations for approaches for georeferenceable imagery under the Sensor Web Enablement thread during OGC Web Services Phase 6. This is an extension to the work described in the previous engineering report number OGC 08-071 . Georeferencealbe imag ...Click to continue reading | |||
| OWS-6 Secure Sensor Web Engineering Report |
08-176r1 | Andreas Matheus | 2009 |
| The main purpose of this Engineering Report is to introduce standards-based security solutions for making the existing OGC Sensor Web Services, as described in the OWS-6 SWE baseline, ready towards the handling of sensors in the intelligence domain. | |||
| OWS-6 SensorML Profile for Discovery Engineering Report |
09-033 | Simon Jirka, Arne Bröring | 2009 |
| This document defines a basic SensorML profile for discovery purposes. Besides a minimum set of metadata also the structure of according SensorML documents is defined in order to ensure a consistent metadata description. This goal is achieved by a set of Schematron rules that can be used to validate ...Click to continue reading | |||
| OWS-6 SWE Event Architecture Engineering Report |
09-032 | Thomas Everding, Johannes Echterhoff | 2009 |
| The document describes an abstract event architecture for service oriented architectures. Furthermore various techniques for implementing an event architecture and working with events are discussed. | |||
| OGC OWS-6-AIM Engineering Report |
09-050r1 | Hans Schoebach | 2009 |
| This report establishes a baseline for the technical architecture, its alternatives and issues for implementing the use cases as specified in the OWS-6 AIM thread RFQ including the temporal WFS supporting the temporal FE 2.0 operators, the Event Service Notification architecture and the client EFBs. ...Click to continue reading | |||
| OWS-6 GeoXACML Engineering Report |
09-036r2 | Jan Herrmann, Andreas Matheus | 2009 |
| The aim of this OGC Engineering Report is to show how to provide access control for OGC Web Services (OWS). In the first part of this document we will briefly introduce the relevant details of XACML 2.0, OGC GeoXACML 1.0 and some related profiles. | |||
| OWS-6 WPS Grid Processing Profile Engineering Report |
09-041r3 | Bastian Baranski | 2009 |
| This OGC Engineering Report describes and reviews the Grid Computing related activity completed during the OGC OWS-6 Interoperability testbed. The document describes the WPS processes deployed in the different demonstration scenarios and offers recommendations to the OGC community as to how to bette ...Click to continue reading | |||
| OWS-6 UTDS-CityGML Implementation Profile |
09-037r1 | Clemens Portele | 2009 |
| This OGC document specifies a CityGML-based application schema for a subset of an Urban Topographic Data Store (UTDS) as specified by the US National Geospatial-Intelligence Agency (NGA).
The particular focus of this implementation profile was to test the applicability of CityGML to UTDS data.
Th ...Click to continue reading | |||
| OWS-6 SWE Information Model Engineering Report |
09-031r1 | Thomas Everding | 2009 |
| This OGC® document is an OGC Engineering Report for the “Harmonization of SWE Information Models” activity within the OWS-6 SWE thread.
The document discusses relations between OGC standards SensorML, SWE Common and GML and investigates solutions for increased synergy between these standards. ...Click to continue reading | |||
| OGC® Testbed 10 Engineering Report: Aviation Dissemination of Weather Data |
14-038r1 | Mark Hughes | 0000 |
| This OGC document provides an analysis of the mapping between the NOAA Web Gridded Document Service (WGDS) and the OGC Web Coverage Service (WCS) and describes an adapter which translates WCS 2.0 requests to WGDS requests and then translates WGDS responses to WCS 2.0 responses.
This Engineering R ...Click to continue reading | |||
| OWS-9 WCS Conformance Testing Engineering Report |
12-162r1 | Jinsongdi Yu, Peter Baumann | 0000 |
| This Engineering Report was prepared as a deliverable for the OGC Web Services, Phase
9 (OWS-9) initiative of the OGC Interoperability Program. The document presents the
work completed with respect to the Conformance & Interoperability Testing &
Evaluation sub-thread within OWS-9.
This E ...Click to continue reading | |||
