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NSDI Framework Data Services Overview

. Topics. Project OverviewIntro to NSDI Framework Data ServicesFramework Data Services ExamplesUML OverviewService URL. Background. Current effort an outgrowth of a National Spatial Data Infrastructure (NSDI) Cooperative Agreement Program (CAP) project -Developed reference implementation of

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NSDI Framework Data Services Overview

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    1. NSDI Framework Data Services Overview August 9, 2007 Jeff Harrison, CEO, The Carbon Project and Director, geoLeaders Network jharrison@thecarbonproject.com Tel: 703-491-9543 Panagiotis A. Vretanos, Senior Developer, CubeWerx pvretano@cubewerx.com Tel: 416-701-1985 This work is licensed under a Creative Commons Attribution-Noncommercial-ShareAlike 3.0 License

    2. Topics Project Overview Intro to NSDI Framework Data Services Framework Data Services Examples UML Overview Service URL

    3. Background Current effort an outgrowth of a National Spatial Data Infrastructure (NSDI) Cooperative Agreement Program (CAP) project - Developed reference implementation of the National Hydrography Dataset (NHD) through a CubeWerx Web Feature Service (WFS) New profile of Geography Markup Language (GML) for easy access geospatial information (GMLsf) Collaboration of geoLeaders, CubeWerx, The Carbon Project, EPA and USGS

    4. Implementation of the NHD via WFS successfully demonstrated that NSDI based on open standards is feasible - Effort resulted in the current project Background

    5. Goals of Current Project Fulfill vision of the NSDI, enable operational NSDI Framework Data Services based on ANSI and OGC standards. Implement key improvements to make WFS a viable platform for operational NSDI applications Provide key support to the “tapestry” that weaves together a national geographic information “system of systems” Propel the United States into a leadership position in the implementation of interoperable spatial data infrastructures for E-Government

    6. Key Tasks Task 1 - Operational NSDI Framework Data Service for the Hydrography, Transportation & Governmental Units Framework Data Themes Task 2 - Automated Transactions to Update Operational NSDI Framework Data Service

    7. Task 1 Overview Deploy operational NSDI Framework Data Service for the Hydrography, Transportation & Governmental Units Framework Data Themes as OGC Web Feature Services Implementation & Loading for Transportation & Governmental Units in addition to the National Hydrography Dataset Deploy as operational NSDI Framework Data Services Validate GMLsf Profiles defined for the Framework Data Themes as part of the CAP Grant Program Review Hydro/Gov Units/Transportation schemas Validate against UML, validate against GMLsf Level 1

    8. Task 2 Overview To make the use of the Framework Data Theme Web Feature Services viable for operational applications Implement an automated transaction-based update process Maintain integrity, currency and consistency of the CubeWerx WFS with maintenance/production systems based on ESRI’s Geodatabase This component includes working with the USGS to coordinate the Transaction capability

    9. Topics Project Overview Intro to NSDI Framework Data Services Framework Data Services Examples UML Overview Service URL

    10. Framework Themes Seven core data themes are considered Framework Data of critical importance to the NSDI – Geodetic Control Orthoimagery Elevation and Bathymetry Hydrography Cadastral Governmental Units Transportation (Air, Road, Rail, Transit, Waterways) Geographic names (GNIS) also available

    14. ANSI Framework Standards Supports the exchange of geospatial data Seeks to establish a common baseline for the semantic content of databases for public agencies and private enterprises Seeks to decrease costs and simplify exchange of data among local, Tribal, State, and Federal users and producers and discourage duplicative data collection Benefits include the long-term improvement of the geospatial data through the establishment of Web data services for data and maps within multiple communities

    15. ANSI Framework Standards Concise documentation of Framework Data content needed to support the intersection of stakeholder requirements Includes conceptual/abstract model of the feature types, attributes, relationships, identifiers in UML Includes appropriate description of all elements and a narrative to provide scope and context for its use Includes an informative annex describing the encoding of the model in XML/GML including an XML-Schema document to facilitate validation of data

    18. Overview of the Hosting Service Online services to efficiently store, manage and provide web-based Access for high volumes of Framework data at multiple resolutions  Optimized for online delivery and based on OGC Web Feature Server (WFS), Filter Encoding (FE) and the Geography Mark-Up Language Simple Features (GMLsf) Specifications Data in ANSI Framework Standard for common community framework

    20. NSDI Framework Data Service

    21. NSDI Framework Data Service

    24. NSDI Framework Data Service

    25. Massively scalable online spatial data warehouse Web Feature Service technology for Web-based access – using HTTP as distributed computing platform Integrate ANSI Framework Schema, GMLsf and Transaction-based updates Capacity to dynamically navigate through all of the providers data sources as well as fuse data layers from multiple remote data sources and types (Cascading WMS) Based on CubeWerxŽ Suite Design

    26. CubeSTORŽ Spatial Warehouse Highly scalable Spatial Warehouse that handles massive amounts of all types of geospatial data Built on Oracle, used to store, manage, access and publish geospatial data (vector, matrix and imagery) over the Web CubeSERVŽ Web Feature Server CubeSERV Feature Server builds on the CubeSTOR, providing a web-based service for spatial data delivery on the Web Implemented using the latest OGC Web Feature Server (WFS), Filter Encoding (FE) and the Geography Mark-Up Language Simple Features (GMLsf) Specification Major Components

    27. Key Points on GMLsf GMLsf Level 1 defines a simple profile of GML for encoding geographic features GMLsf Level 1 enables distributed geospatial architectures – Supports enterprise information system for the Nation’s geospatial assets Enables distributed network of data stewards to implement the NSDI Lets NSDI users create map products and geographic knowledge

    28. Why GMLsf? Greatly simplifies development of NSDI-based applications Makes it easy to use GML and WFS in multiple applications Can be integrated into new applications on network-connected mobile, desktop and multi-media platforms Some potential applications for hydrography, transportation and governmental boundaries content in GMLsf include natural resource management crisis management and situational awareness systems environmental site assessments and impact statements risk and vulnerability assessments many others

    32. Topics Project Overview Intro to NSDI Framework Data Services Framework Data Services Examples UML Overview Service URL

    47. Topics Project Overview Intro to NSDI Framework Data Services Framework Data Services Examples UML Overview Service URL

    52. Topics Project Overview Intro to NSDI Framework Data Services Framework Data Services Examples UML Overview Service URL

    53. NSDI Framework Data Service Service: http://geoleaders.cubewerx.com/framework/wfs/cwwfs.cgi? Documents: http://geoleaders.cubewerx.com/framework/docs/ansi Schemas: http://geoleaders.cubewerx.com/framework/schemas/gmlsf1 UML: http://geoleaders.cubewerx.com/framework/uml

    54. NSDI Framework Data Services Overview August 9, 2007 Jeff Harrison, CEO, The Carbon Project and Director, geoLeaders Network jharrison@thecarbonproject.com Tel: 703-491-9543 Panagiotis A. Vretanos, Senior Developer, CubeWerx pvretano@cubewerx.com Tel: 416-701-1985 This work is licensed under a Creative Commons Attribution-Noncommercial-ShareAlike 3.0 License (http://creativecommons.org/licenses/by-nc-sa/3.0/) You are free to share this work, just give us (the geoLeaders Network) attribution for any bits and pieces you use – enjoy!

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