National Mapping and SDI Industry Track

Transcription

1 Esri Middle East and Africa User Conference December Abu Dhabi, UAE National Mapping and SDI Industry Track Mark Baker Peter Fitts

2 Our Agenda Government National Mapping & SDI Hall 10 Topaz Welcome Esri Vision for Mapping Organizations - Mark Baker and Peter Fitts, Esri New Directions SDI 3.0 Transforming Government - Mark Sorenson, GPC-GIS Break

3 Our Agenda Government National Mapping & SDI Hall 10 Topaz Business Challenges Lunch The Abu Dhabi SDI - ADSIC Building a NSDI to Support Bahrain s National Geospatial Development - Dr. Khalid Abdulrahman Al-Haidan, CIO GIS Centre Makkah Municipality SDI: Challenges and Achievements - Abdullah Fatanui, Holy Makkah Municipality

4 Our Agenda Government National Mapping & SDI Hall 10 Topaz User Case Studies Closing Implementing a Modern Maritime Charting Solution for the UAE - Yousif Al Marzougi, Bayanat New Directions in Mapping Using UAS Platforms - Matt Wood, Trimble PACI GIS: Building a New Basemap for the Kuwait SDI - Musaed Al-Asousi, Director General, PACI

5 GIS as an Enabling Platform Context and Direction

6 GIS is a Practical System for Problem Solving within NMO Supporting individuals and groups within National Mapping Organizations Producing and Sharing Authoritative Data and Products Becoming an essential new foundation for understanding Integrating and synthesizing information from many sources Facilitating communication and collaboration Breaking down barriers between organizations, disciplines and groups

7 Evolving Implementation Patterns Working independently and as an integrating system Desktop Server Cloud / Web GIS Enabling enterprise and pervasive GIS

8 A Complete System An integrated geographic information system Devices Web Discover Create Manage Visualize Analyze Collaborate Online Server Desktop

9 Organizing Geospatial Content easily accessible and integrated Discovery Access Visualization Policy Makers Managers Knowledge Workers Application Citizens Experts Catalogue Groups Sharing and using geospatial information

10 Sharing Content Online An open environment for maps and geographic information Cloud / Web Desktop Server Intelligent Web Maps Easy and accessible by everyone

11 Geospatial Technologies Are Changing Evolving Technology And Science Are Expanding Our Capabilities Bandwidth Services Access Wireless Big Data Ownership Data Connectivity Web Enabled Social Networking Privacy Collaboration Volume Tracking Open Data Sensor Network Distributed Real Time GNSS/GPS Mobile Security Measurement Crowdsourcing Remote Sensing Lidar UAV s Computing Cloud Performance Visualization SaaS Analytics Real Time Predictive Science Modeling Collaboration Open Access Mobile Scalable Services GIS Collaboration Imagery Usability Analysis 3D / 4D Location Analytics Helping Us Understand Our World

12 Cloud GIS Changes the Discussion Breaking down barriers between workflows, disciplines and cultures Web Maps Provide A New Medium Enabling collaboration, sharing and holistic approaches

13 Intelligent Web Maps - New Medium Any Device Tablets Smartphones Social Media Making geographic information useful everywhere Websites Desktops Browsers Web map Integrating Web Services Supporting visualization, query, editing, analysis, and sketching Providing a window into your information

14 National Mapping Organizations

15 Mapping Organization Challenges Expectations Authoritative Data Funding Technology Return on Investment Staff Skills

16 Mapping Organization Challenges Share Collect Manage Produce

17 Authoritative Content Producers Must produce traditional products and more Map and data products Map services Field edits and crowdsourcing Authoritative Content Producers Web maps Require agile, multi-use capability

18 Authoritative Content Producers Must share traditional products and more Map and data products Map services Field edits and crowdsourcing Authoritative Content Producers Web maps Require agile, multi-use capability

19 Unique technology for each mission? Focus on specific product output creates highly specialized production lines Aeronautical Maritime Topographic

20 Challenges to this Approach Often unable to share information Often duplicate effort No common management view Staff skills are not necessarily transferrable IT management challenges Hard to adapt organization to changing priorities/mission

21 Recommended Strategy Common architecture with specialized workflows and rules for each business unit Make it data-centric - fewer databases, more uses Open the system - collaboration, sharing, monitoring Plan for the rapid pace of technology change An orchestrated, enterprise approach

22 Collect Share Manage ArcGIS Produce

23 Solution

24 Solution Must Be Able to Support Customer s requirements Drive the SDI Data Foundation Remain Authoritative Data 3D Visualization 2D and 3D Spatial Analysis Maintains Topology Preserve 3D boundary integrity Preserve Complex Spatial Relationships

25 Solution Produce Collect Topographic Share Topo Maritime Cadastre Defense Imagery Cadastre Imagery ArcGIS Online Martitime Other Topo SDI Production Workflows Authoritative Database(s) Product Warehouse Manage Specifications Data Models IT Strategy Workflows

26 Topographic Data Management Modern and Efficient Platform Production Manager Traditional Products In-house Global Topo ArcGIS Online Contractors Field Workflows Regional Local Urban Database(s) Maritime Geonames Imagery Geodetic Warehouse Online Services On-Demand Services Maps Visualization Data Analysis Mobile Web Desktop Transforming Production and Dissemination

27 Maritime Data Management Modern and Efficient Platform Production Manager Traditional Products Maritime In-house Nautical Topo Geonames Contractors Bathymetric Imagery Field Geodetic Workflows Database(s) Warehouse Online Services ArcGIS Online On-Demand Services Maps Visualization Data Analysis Mobile Web Desktop Transforming Production and Dissemination

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29 Production Manager

30 Production Manager

31 Production Manager

32 Workflow Manager

33 ArcGIS For Mapping Organizations Produce Collect Topographic workflows Data Warehouse Share Maritime workflows Topo Maritime Bathymetry Web Survey workflows Other workflows Imagery Geonames Other Mobile Desktop

34 Aligning Organizations Aero Nautical Topo Aeronautical Maritime Topographic

35 Evolving Spatial Data Infrastructures Platform GIS Portals Service Oriented Focus on Content Integration in Business Process Clearinghouses File Transfer Ad hoc Data focus FTP transfer Bottom up System-oriented Data focus Geo-standards Top down Application focus IT standards Interoperable Driving Towards the National GIS

36 Platforms Can Be Used by Everyone Anywhere Enhancing access and collaboration Smartphones Social media Tablets Websites Desktop Browsers One Map Any Device ArcGIS Online

37 National GIS is a Platform An Intuitive Platform For Sharing, Discovery, Access and Use Subject Matter Experts Executives GIS Professionals Policy Makers New Media Editors

38 Regional and National GIS Initiatives Russia China Bogotá, Colombia EU Geneva, Switzerland US Singapore Abu Dhabi Indonesia

39 The Geospatial Platform Providing A Framework For Sharing Federal Government Information NOAA USDA Maps Catalog Groups DOI Geospatial Platform Apps Content EPA Other Agencies Distributed Services (cloud datacenters)

40 Approaching Implementation

41 Design Principles COTS-based: configuration, not customization Emphasize performance and usability Take a phased approach: evolution, not revolution Provide value to users quickly: incorporate their feedback Aeronautical Maratime Defense Design data models around applications

42 Approaches to Building an Enterprise GIS Custom System Built with custom code COTS Components Using standalone COTS components with significant development COTS System Configured with minimal development A spectrum of system implementation patterns

43 Comparing Approaches Custom System COTS Components COTS System Custom built to meet business goals Emphasis on software development Design based on detailed functional requirements Considerable development time and effort Static system Custom system using some COTS elements Emphasis on componentbased software development Design based on detailed functional requirements Reduced development time and effort Some capability evolves with COTS releases Orchestrates COTS to meet business goals Emphasis on workflows and configuration Design based on business goals and COTS capability Minimized development time and effort System evolves with COTS releases

44 Implementation Patterns New systems are change agents Enterprise Workflows Capture Knowledge Products Mission results Data Build content Full-scale Implementation project May be different for each business unit Initial Operating Capability Champion Change

45 COTS Impacts to System Development Process Traditional Approach Planning REQ Design DEV Test Implement COTS Approach Users Exercise System Planning REQ Design DEV Test Implement Configuration Users Exercise System Accelerated Delivery

46 Take Away Ideas Each business unit should be optimized to its mission A common architecture with unique configurations Expert content shared between groups and to end users Incremental implementations bring systems online

47 Summary

48 Our Agenda Government National Mapping & SDI Hall 10 Topaz Welcome Esri Vision for Mapping Organizations - Mark Baker and Peter Fitts, Esri New Directions SDI 3.0 Transforming Government - Mark Sorenson, GPC-GIS Break

49 Our Agenda Government National Mapping & SDI Hall 10 Topaz Business Challenges Lunch The Abu Dhabi SDI - ADSIC Building a NSDI to Support Bahrain s National Geospatial Development - Dr. Khalid Abdulrahman Al-Haidan, CIO GIS Centre Makkah Municipality SDI: Challenges and Achievements - Abdullah Fatani, Holy Makkah Municipality

50 Our Agenda Government National Mapping & SDI Hall 10 Topaz User Case Studies Closing Implementing a Modern Maritime Charting Solution for the UAE - Yousif Al Marzougi, Bayanat New Directions in Mapping Using UAS Platforms - Matt Wood, Trimble PACI GIS: Building a New Basemap for the Kuwait SDI - Musaed Al-Asousi, Director General, PACI

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