ISO/TC211 www.helical.ns.ca Coverage Geometry and Metadata Implementations Canada - Dr. Kian Fadaie, Mr. Jeff Stockhausen Workshop on Standards in Action.

Slides:



Advertisements
Similar presentations
ASIAES Project Overview Satellite Image Network for Natural Hazard Management in ASEAN+3 region Pakorn Apaphant Geo-Informatics and Space Technology Development.
Advertisements

S-100 The IHO Geospatial Standard for Hydrographic Data 1st CHRIS / MSDIWG Meeting IHB, Monaco 4 – 5 February 2008.
S IHO Geospatial Standard for Hydrographic Data
Office of Coast Survey IHO S-100 and S st Century Framework Data Structure for Hydrographic and Related Data.
Chapter 10: Designing Databases
Geographic Information Systems GIS Software. 1. The Early GISs SURFACE II, by Kansa Geological Survey SYMAP, by Harvard Laboratory for Computer Graphics.
PPUs and Electronic Charts, Southampton 12 May 2011 bathymetric ENCs (S-57 based bathy layers) Friedhelm Moggert-Kägeler, SevenCs GmbH.
Any data..! Any where..! Any time..! Live From Lisbon Standards in Action in Canada: Laying the foundation for infrastructure LIsbon, March 2001 Henry.
Bentley Systems, Incorporated
Experience of application of modern GIS-technologies for environmental monitoring tasks Prof., Dr. Cheremisina Evgenia, Dr.Lyubimova Anna.
CPSC 695 Future of GIS Marina L. Gavrilova. The future of GIS.
16 months…. The Visibility Information Exchange Web System is a database system and set of online tools originally designed to support the Regional Haze.
GIS 200 Introduction to GIS Buildings. Poly Streams, Line Wells, Point Roads, Line Zoning,Poly MAP SHEETS.
Geographic Information Systems
Automatic Data Ramon Lawrence University of Manitoba
Creating a GIS from NOAA Electronic Navigational Charts
S IHO Geospatial Standard for Hydrographic Data
Marine GIS Applications using ArcGIS Global Classroom training course Marine GIS Applications using ArcGIS Global Classroom training course By T.Hemasundar.
DASHBOARDS Dashboard provides the managers with exactly the information they need in the correct format at the correct time. BI systems are the foundation.
© 2012 Ecartstudio Co.,Ltd. All Rights Reserved. Presented by Wutthikorn (Joe), Thailand.
Web-based Portal for Discovery, Retrieval and Visualization of Earth Science Datasets in Grid Environment Zhenping (Jane) Liu.
GeoTango Globe™ Distributed and Interoperable Visualization Exploitation & Fusion Technology for COP Vincent Tao, PhD, Founder Simon Stachniak, Globe Product.
Geographic Information Systems GIS Software. 1. The Early GISs ► SURFACE II, by Kansas Geological Survey ► SYMAP, by Harvard Laboratory for Computer Graphics.
Chapter 5 Business Intelligence: Data Warehousing, Data Acquisition, Data Mining, Business Analytics, and Visualization.
Designing a Data Warehouse Issues in DW design. Three Fundamental Processes Data Acquisition Data Storage Data a Access.
AGENDA Welcome and introductions Brief introduction to PSI Mobile Technical Overview Demonstration Q and A Next Actions.
U.S. Department of the Interior U.S. Geological Survey Web Presence, Data Sharing, Real- time Analysis and Crowdsourcing GFSAD30 January 2015 Workshop.
Dr.S.Sridhar,Ph.D., RACI(Paris),RZFM(Germany),RMR(USA),RIEEEProc.
Data Management Turban, Aronson, and Liang Decision Support Systems and Intelligent Systems, Seventh Edition.
Ihr Logo Chapter 5 Business Intelligence: Data Warehousing, Data Acquisition, Data Mining, Business Analytics, and Visualization Turban, Aronson, and Liang.
Workshop on Census Cartography and Management, Bangkok, Thailand, 15–19 October 2007 Software Options for Operational GIS in Professional Environments.
1 Adhoc AML Generation by SevenCs The Source of ECDIS March 2005.
B. McLeod CCRS Evolution of the Canadian Geospatial Data Infrastructure (CGDI)
material assembled from the web pages at
Metadata and Geographical Information Systems Adrian Moss KINDS project, Manchester Metropolitan University, UK
© 2005 Prentice Hall, Decision Support Systems and Intelligent Systems, 7th Edition, Turban, Aronson, and Liang 5-1 Chapter 5 Business Intelligence: Data.
MapServer Support for Web Coverage Services Stephen Lime - Minnesota DNR Dr. Thomas E. Burk - University of Minnesota MUM Ottawa, Canada.
How do we represent the world in a GIS database?
The 2000 Decennial Census School District Project: Using Census Data for the School District Mapping System **** Development and Implementation Tai A.
1106: Geographical Information: a primer Communicating with Cartography 29/10/2004.
Ihr Logo Chapter 5 Business Intelligence: Data Warehousing, Data Acquisition, Data Mining, Business Analytics, and Visualization Turban, Aronson, and Liang.
Terra Remote Sensing. Terra Remote Sensing Inc. is an internationally based Canadian remote sensing company with a background of 40.
MANAGING DATA RESOURCES ~ pertemuan 7 ~ Oleh: Ir. Abdul Hayat, MTI.
GIS Data Structures How do we represent the world in a GIS database?
May 2003National Coastal Data Development Center Brief Introduction Two components Data Exchange Infrastructure (DEI) Spatial Data Model (SDM) Together,
GEON2 and OpenEarth Framework (OEF) Bradley Wallet School of Geology and Geophysics, University of Oklahoma
Any data..! Any where..! Any time..! Linking Process and Content in a Distributed Spatial Production System Pierre Lafond HydraSpace Solutions Inc
1 GWG Focus Groups Overview For more information, contact the GWG Secretariat at NCGIS- May, 2008.
Benjamin Post Cole Kelleher.  Availability  Data must maintain a specified level of availability to the users  Performance  Database requests must.
The Benefits of a Hands-on Approach to S-100
Towards Unifying Vector and Raster Data Models for Hybrid Spatial Regions Philip Dougherty.
PREPARED BY: PN. SITI HADIJAH BINTI NORSANI. LEARNING OUTCOMES: Upon completion of this course, students should be able to: 1. Understand the structure.
What’s new at ArcGIS for INSPIRE Roberto Lucchi Guenther Pichler.
Support for Point Cloud Coverages in ISO TC211 1 June 2015 C Douglas O’Brien Canada.
Dr.S.Sridhar,Ph.D., RACI(Paris),RZFM(Germany),RMR(USA),RIEEEProc.
Advanced Applied IT for Business 2
GIS Basic Training June 7, 2007 – ICIT Midyear Conference
Flanders Marine Institute (VLIZ)
Algorithms for Big Data Delivery over the Internet of Things
Data Warehouse.
Geographic Information Systems
Geographic Information Systems
Capability For Hydrographic Capacity Building: Industry Partnering
MANAGING DATA RESOURCES
Hydrographic Data as a Service
Geography 413/613 Lecturer: John Masich
A New Approach for Applying Bathymetry to Nautical Charts
OGC Marine DWG Update for MSDIWG (Vancouver 2017)
Publishing image services in ArcGIS
Moving from Data Aggregation to Decision-as-a-Service | US Hydro Conference | Wetherbee Dorshow & Guy Noll.
Presentation transcript:

ISO/TC211 Coverage Geometry and Metadata Implementations Canada - Dr. Kian Fadaie, Mr. Jeff Stockhausen Workshop on Standards in Action Bangkok, Thailand,

ISO/TC211 Hydrographic Solutions Hydrographic Solutions Management of Extremely Large Data Sets Management of Extremely Large Data Sets Multi-Dimensional Data Acquisition, Management, Analysis, Validation, Visualization, Product Generation, and Warehousing. Multi-Dimensional Data Acquisition, Management, Analysis, Validation, Visualization, Product Generation, and Warehousing. Data Integrity, Interoperability, Survivability Data Integrity, Interoperability, Survivability Workshop on Standards in Action Bangkok, Thailand,

ISO/TC211 Dedicated to Standards Based Development Dedicated to Standards Based Development Focusing on ISO/TC 211, IHO, OGC Focusing on ISO/TC 211, IHO, OGC Promoting Open Architecture Promoting Open Architecture Unique Implementations of Content Models Unique Implementations of Content Models Workshop on Standards in Action Bangkok, Thailand,

ISO/TC211 Workshop on Standards in Action Bangkok, Thailand, Self Defining Structure – SDS Self Defining Structure – SDS A Structure for Implemementing Standards A Structure for Implemementing Standards Multi-Schema, Multi-Resolution, Multi-Temporal Multi-Dimensional, Multi-Source, Long-Term Stability Multi-Schema, Multi-Resolution, Multi-Temporal Multi-Dimensional, Multi-Source, Long-Term Stability File Architecture, Not File Format – Any Schema File Architecture, Not File Format – Any Schema

ISO/TC211 Allows True Data Fusion and Addresses the Idea of Smart Raster – Not Overlays/Mosaics Allows True Data Fusion and Addresses the Idea of Smart Raster – Not Overlays/Mosaics Data Automatically Normalized for Column Compression, Using a Dictionary in the Header Data Automatically Normalized for Column Compression, Using a Dictionary in the Header Helical Hyperspatial Coding at the Core SDS Allows Fast Access to Massive Volumes of Multi- Dimensional Data Helical Hyperspatial Coding at the Core SDS Allows Fast Access to Massive Volumes of Multi- Dimensional Data Workshop on Standards in Action Bangkok, Thailand,

ISO/TC211 Helical Hyperspatial Code (HHCode) is a Complex Coverage Function Helical Hyperspatial Code (HHCode) is a Complex Coverage Function Multi-Dimensional Data Encoding – Interleaved Binary Streams of Spatial Decomposition Multi-Dimensional Data Encoding – Interleaved Binary Streams of Spatial Decomposition Based on the Riemannian Hypercube Structure Based on the Riemannian Hypercube Structure Component of Imagery, Gridded and Coverage Data Framework (ISO 19129) Component of Imagery, Gridded and Coverage Data Framework (ISO 19129) Workshop on Standards in Action Bangkok, Thailand,

ISO/TC211 Extremely Fast Access to Unlimited Data (Terabyte and Beyond) Extremely Fast Access to Unlimited Data (Terabyte and Beyond) Implicit Multi-Dimensional Topology Encompassing the Concepts of Neighbourhood & Regionalization Implicit Multi-Dimensional Topology Encompassing the Concepts of Neighbourhood & Regionalization Data Clusters in Multi-Dimensional Space Allowing Enormous Compression and Signature Analysis Data Clusters in Multi-Dimensional Space Allowing Enormous Compression and Signature Analysis Workshop on Standards in Action Bangkok, Thailand,

ISO/TC211 Encapsulated Metadata (ISO 19115) Within SDS, Encapsulated Metadata (ISO 19115) Within SDS, Will Support Metadata Extensions - Imagery Will Support Metadata Extensions - Imagery Metadata maintained within the Header Metadata maintained within the Header Tools for Query and Updating of Metadata Tools for Query and Updating of Metadata Developing Tools Will Enforce the Metadata Developing Tools Will Enforce the Metadata Workshop on Standards in Action Bangkok, Thailand,

ISO/TC211 HHViewer – True 3-D Visualization and Editing of Point, Raster/Gridded, and Line Data HHViewer – True 3-D Visualization and Editing of Point, Raster/Gridded, and Line Data Integrated Data Cleaning, Validation and Aggregation Integrated Data Cleaning, Validation and Aggregation Complex Analysis and Modelling Capabilities Complex Analysis and Modelling Capabilities Easy Access to Extremely Large Spatial Data Easy Access to Extremely Large Spatial Data Workshop on Standards in Action Bangkok, Thailand,

ISO/TC211 Tiling is a method of Intelligent Aggregation Tiling is a method of Intelligent Aggregation Variable-Sized Tiles (Grid Cells) – Small Tiles (High Variability) / Large Tiles (Low Variability) Variable-Sized Tiles (Grid Cells) – Small Tiles (High Variability) / Large Tiles (Low Variability) Data-Driven With User-Set Tolerance Levels Data-Driven With User-Set Tolerance Levels Enormous No-Loss Compression – 100:1 and Greater Enormous No-Loss Compression – 100:1 and Greater Workshop on Standards in Action Bangkok, Thailand,

ISO/TC211 Generates Statistical Aggregates, Maintaining Input Count, Min, Mean, Max, Median and SD Generates Statistical Aggregates, Maintaining Input Count, Min, Mean, Max, Median and SD A Tile Surface Supports Multiple Interpolation Types– Grid, TIN, Tile A Tile Surface Supports Multiple Interpolation Types– Grid, TIN, Tile Tiling Implemented with HHCode Supports Complex and Multi-Dimensional Grids - Component of Imagery, Gridded and Coverage Data Framework (ISO 19129) Tiling Implemented with HHCode Supports Complex and Multi-Dimensional Grids - Component of Imagery, Gridded and Coverage Data Framework (ISO 19129) Workshop on Standards in Action Bangkok, Thailand,

ISO/TC211 True 3D, Not 2½D Workshop on Standards in Action Bangkok, Thailand,

ISO/TC211 Data Fusion - Multi-Source, Multi-Resolution, Multi-Schema Data Fusion - Multi-Source, Multi-Resolution, Multi-Schema True Fusion – Not an Overlay True Fusion – Not an Overlay Input Data Can Be Selectively Maintained Input Data Can Be Selectively Maintained Smart Raster Products Feature Pixels with Unlimited Associated Attribute Information Smart Raster Products Feature Pixels with Unlimited Associated Attribute Information Workshop on Standards in Action Bangkok, Thailand,

ISO/TC211 High Speed Cleaning of Dense Bathymetric Data High Speed Cleaning of Dense Bathymetric Data Rate of Processing Independent of Data Volume Rate of Processing Independent of Data Volume 80-90% of Outliers and Errors Flagged 80-90% of Outliers and Errors Flagged Supplemented by Manual 3-D Validation Supplemented by Manual 3-D Validation Workshop on Standards in Action Bangkok, Thailand,

ISO/TC211 Automatically Supercede Legacy or Less Reliable Data Sets Automatically Supercede Legacy or Less Reliable Data Sets Combine Multi-Source Survey Data Combine Multi-Source Survey Data Difference Analysis Automatically Assess Changes in Bathymetry Difference Analysis Automatically Assess Changes in Bathymetry Work on Point or Multi-Resolution Tiled Data Work on Point or Multi-Resolution Tiled Data Workshop on Standards in Action Bangkok, Thailand,

ISO/TC211 3-D Visualization, Analysis and Editing of Terrestrial and Marine LIDAR Data 3-D Visualization, Analysis and Editing of Terrestrial and Marine LIDAR Data High Speed Cleaning Tools High Speed Cleaning Tools Objectify and Analyze LIDAR Data Features Such as Power Lines and Vegetation Density Objectify and Analyze LIDAR Data Features Such as Power Lines and Vegetation Density Neural Network Classification in Development Neural Network Classification in Development Workshop on Standards in Action Bangkok, Thailand,

ISO/TC211 Soundings Selection and Contour Generation For ENC, Field Sheets or Paper Charts Soundings Selection and Contour Generation For ENC, Field Sheets or Paper Charts Full Multi-Beam Data Sets – No Risk of Losing Deeps and Shallows Full Multi-Beam Data Sets – No Risk of Losing Deeps and Shallows Write Directly to IHO S-57 Format (7CB) Write Directly to IHO S-57 Format (7CB) Connect to SevenCs’ ENC Designer for ENC Production Connect to SevenCs’ ENC Designer for ENC Production Workshop on Standards in Action Bangkok, Thailand,

ISO/TC211 Total Solution - Integrated End-to-End Multibeam Survey Total Solution - Integrated End-to-End Multibeam Survey Combination of QPS’ QINSy, the Helical Tools and SevenCs’ ENC Designer results in the HQ7 Combination of QPS’ QINSy, the Helical Tools and SevenCs’ ENC Designer results in the HQ7 Interoperable Systems are the Answer Interoperable Systems are the Answer Helical Can Integrate With Any Front End or Production System Because of SDS Flexibility Helical Can Integrate With Any Front End or Production System Because of SDS Flexibility Workshop on Standards in Action Bangkok, Thailand,

ISO/TC211 Workshop on Standards in Action Bangkok, Thailand, TOFly – Tile-on-the-Fly Engine TOFly – Tile-on-the-Fly Engine Real-time, Acquisition Level Data Aggregation Real-time, Acquisition Level Data Aggregation Extended Data Storage and Compressed Data Transmission Extended Data Storage and Compressed Data Transmission Vessel Survey, AUV, Satellite Vessel Survey, AUV, Satellite

ISO/TC211 HHArchive - Distributed Data Warehouse HHArchive - Distributed Data Warehouse Spatial-Temporal Data Management Spatial-Temporal Data Management HHCode / SDS Architecture HHCode / SDS Architecture Fast Access to Extremely Large Volumes of Distributed Data Holdings Fast Access to Extremely Large Volumes of Distributed Data Holdings Workshop on Standards in Action Bangkok, Thailand,

ISO/TC211 Web Map Services Web Map Services Wired Internet and Wireless Access Wired Internet and Wireless Access Developing an Integration With CubeWerx’s (Canada) OGC Compliant CubeServ Developing an Integration With CubeWerx’s (Canada) OGC Compliant CubeServ Fast Access to Multiple Layers of Spatial Data Fast Access to Multiple Layers of Spatial Data Workshop on Standards in Action Bangkok, Thailand,

ISO/TC211 Hydrography / Oceanography Hydrography / Oceanography Geomatics Geomatics Satellite and Photogrammetric Imagery Satellite and Photogrammetric Imagery Disaster Management/Mitigation Disaster Management/Mitigation Flood/Tidal/Storm Surge Modelling Flood/Tidal/Storm Surge Modelling Geology Geology AUV Applications AUV Applications Natural Resource Management Natural Resource Management Biomass, Fish Stock and Ecological Contamination Studies Biomass, Fish Stock and Ecological Contamination Studies Bio-Medical Bio-Medical Proteomics / Genomics Proteomics / Genomics Video and Simulation Video and Simulation Workshop on Standards in Action Bangkok, Thailand,

ISO/TC211 Conclusions Industry Involve Itself More With Standards Industry Involve Itself More With Standards Standards are the Only Way to Ensure the Long- Term Survivability, Integrity and Interoperability of Data and Systems Standards are the Only Way to Ensure the Long- Term Survivability, Integrity and Interoperability of Data and Systems No One Company Can Have a Complete Solution – Need to be Interoperable & Standards Based No One Company Can Have a Complete Solution – Need to be Interoperable & Standards Based Workshop on Standards in Action Bangkok, Thailand,

ISO/TC211 Demonstrations Will be Available Demonstrations Will be Available Demo Software CDs and Literature Available Demo Software CDs and Literature Available Demo Available for Download From Both the Helical and CCRS Geospatial Standards Websites Demo Available for Download From Both the Helical and CCRS Geospatial Standards Websiteshttp:// Workshop on Standards in Action Bangkok, Thailand,

ISO/TC211 Thank You Workshop on Standards in Action Bangkok, Thailand,