1. CEOS/WGISS-19 @Cordba Mar10,2005 JAXA/RESTEC OGC Activities Status Report Shinobu Kawahito Remote Sensing Technology Center of Japan (RESTEC) Osamu Ochiai Japan Aerospace Exploration Agency (JAXA)

2. CEOS/WGISS-19 @Cordba Mar10,2005 1 Contents Overview of OGC related activities Status of JAXA-MAFFIN system Status of JAXA-CEReS system Status of JAXA-SFC system

3. CEOS/WGISS-19 @Cordba Mar10,2005 2 Overview JAXA/ RESTEC Keio Univ. (SFC) Ministry of Agriculture, Forestry and Fisheries of Japan AFFRC/MAFF Center for Environmental Remote Sensing CEReS, Chiba Univ. FFPRI : Cooperative Organizations NIRENIAES (Research Institutions of MAFF) Agriculture & Forestry related disaster monitoring Land Information Map Provision for Japanese Local Resident Gateway for Dispersed Servers, & Social Application Development JAXA/RESTEC is developing prototypes of interoperable system to verify the interoperability of dispersed systems, and to study future service of Earth observation satellite data distribution for public users, in Cooperation with external organizations

4. CEOS/WGISS-19 @Cordba Mar10,2005 3 ~ status of JAXA/MAFFIN OGC system~ Agriculture & Forestry related disaster monitoring system with MAFF - Hotspot Monitoring II - Vegetation Monitoring - Inundation Monitoring ***

5. CEOS/WGISS-19 @Cordba Mar10,2005 4 Agriculture & Forestry related disaster monitoring Service Target and Test Site Hotspot Monitoring II (final target : forest fire monitoring) Test site : Japan and Siberia Vegetation Monitoring (final target:drought monitoring) Test site: East area of China Inundation Monitoring (final target:flood monitoring) Test site : Mekong River Purpose : - Early Providing of Satellite Images on Each Theme. (As one of value added data providing trial services of data distributors) - Open service to public. MAFFIN JAXA AIT APAN line WMS MODIS, NOAA MODIS AMSR-E

6. CEOS/WGISS-19 @Cordba Mar10,2005 5 Agriculture & Forestry related disaster monitoring System Structure Asia Land Cover Map Land Cover Server WMS @Chiba Univ. Base Map Server WMS AMSR-E Inundation Server WMS AMSR-E Image DB internet End User internet @JAXA @JAXA(Now) > MAFF (After Prototype Development) @MAFF, JAXA > MAFF WWW Browser OpenGIS I/F Prototype System Hotspot Monitoring Client System Vegetation Monitoring Client System Inundation Monitoring Client System Hotspot Server (WMS&WFS) Vegetation Data Server MODIS Inundation Server WMS SAR Mosaic Map GLI Global Map Hotspot DB Vegetation DB MODIS DB

7. CEOS/WGISS-19 @Cordba Mar10,2005 6 Approach: First, develop prototype system using prototype test data. Next, examine the adequateness and reconsider services (data, GUI, etc). (to achieve better services with Best Effort ) Sample Dataset is created and adopted: Time Sequential images - Optical Image : MODIS daily/composite image - Microwave image : AMSR-E Daily Image (descending and ascending are pre-merged into 1 image/day for easy view) Reference images - Base Map (mosaic of ADEOS-II/GLI) - Base Map (mosaic of JERS-1/SAR) - DEM (Global Map) Agriculture & Forestry related disaster monitoring Recent Progress : Inundation Monitoring

8. CEOS/WGISS-19 @Cordba Mar10,2005 7 Use Case: First, the most recent AMSR-E image is pre-selected to see the current wet area. Then, user open the thumbnail view window to see the time sequential changes. User can also change image to base map to see the permanent water body and other circumstances. Agriculture & Forestry related disaster monitoring Recent Progress : Inundation Monitoring

9. CEOS/WGISS-19 @Cordba Mar10,2005 8 Agriculture & Forestry related disaster monitoring Inundation Monitoring System can indicate today s date as a default (Tentative default : test period) Show Thumbnails to get a over view of time sequential changes.

10. CEOS/WGISS-19 @Cordba Mar10,2005 9 Inundation Image Base Map SAR Mosaic Map Base Map Elevation Map Base Map GLI 250m Mosaic Water body and basic land information can be seen Elevation and flatness can be seen Permanent water body can be seen Agriculture & Forestry related disaster monitoring Inundation Monitoring

11. CEOS/WGISS-19 @Cordba Mar10,2005 10

12. CEOS/WGISS-19 @Cordba Mar10,2005 11 Agriculture & Forestry related disaster monitoring Current Achievement Achievement Prototype system for each theme has created adopting test dataset. MAFFIN prepared hardware/software environment to be transferred whole WMS system (client system/server system). Prototype transferring is partly under taken. Items to be considered further Refining image contents/image creation algorithms after evaluation - Evaluation will be implemented near future. - Ongoing activity remains for Vegetation Monitoring System and Inundation Monitoring System

13. CEOS/WGISS-19 @Cordba Mar10,2005 12 Agriculture & Forestry related disaster monitoring Mile Stone Prototype System Transfer OGC Prototype System Development Hot spot monitoring (Main data : MODIS) Vegetation monitoring ( Main data : NOAA) Inundation monitoring ( Main data : AMSR-E) e.g.) - MAFFIN oriented activity of prototype enhancement Upgrading system/service contents Increase co-working WMS by inviting other agencies - New topic 2004 2005 Operational Services (Carried out mainly by MAFFIN) * Future Plan is under discussion

14. CEOS/WGISS-19 @Cordba Mar10,2005 13 ~ status of JAXA/CEReS OGC system~ Land Information Map Provision system for Local Resident With Chiba Univ. ***

15. CEOS/WGISS-19 @Cordba Mar10,2005 14 Land Information Map Provision for Local Resident Outline Target User : Public User (Japanese Local Residents) Target Area : Japan (Test Site : Chiba Prefecture) Objective : Allow public people to use various land information data resources of - Satellite image, Governmental Map, General Vector - in the regional scale. to see - local environment and its changes, - potential land vulnerability against flood. Data : - Satellite Images (Landsat) …… JAXA - Land Condition Maps (1/50,000 scale) …… Chiba Univ. ( Geomorphological Land Classification Map, etc) Approach: Freeware Based WMS Development

16. CEOS/WGISS-19 @Cordba Mar10,2005 15 Land Information Map Provision for Local Resident System Overview -Satellite Color Image 3 period -Land Use Map created by satellite data(3 period) -Geomophological Land Classified Map Polygon -Geomophological Land Classified Map Paper Scanned Map - GIS Data Pack Data on CEReS Server - Past Flood Map -Land Condition Maps (Paper Scanned Map) (Geomophological Land Map, Soil Map, Land Surface Map etc) - GIS Data Pack - Satellite Color Image Main Data Resource : Land Condition Maps Main Data Resource : Satellite Images Linux OS, MU MapServer v4.0 +Multi Lingual Patch Internet OGC I/F @JAXA @CEReS Linux OS, MU MapServer v4.0 +Multi Lingual Patch

17. CEOS/WGISS-19 @Cordba Mar10,2005 16 Map Layer Geomophological Land Map Layer Legend explain about special terms Satellite Image Layer Reference Map - view the location - indicate the location Area selection BBOX of 1/50,000 maps Land Information Map Provision for Local Resident User I/F

18. CEOS/WGISS-19 @Cordba Mar10,2005 17 - Language Labels (place name, etc) put onto the image are shown in Japanese. -Data type To allow overlay, important geomophological land classes (Low Lands) are vectorized. -Area selection To allow smooth area selection, 1/50,000 area selection menu is added. (Land classes and legends of geomophological land map differs according to the 1/50,000 map area. ) - Color allocation Color allocation was taken care to differentiate each resource data (general GIS, geomophological land classified map, land use map, etc), Land Information Map Provision for Local Resident Key Points to build the system

19. CEOS/WGISS-19 @Cordba Mar10,2005 18 Land Information Map Provision for Japanese Local Resident Use Case Public people may; -View the satellite image (color image/land use map). - Compare the past image to figure out the changed area. - Zoom in the changed area, then overlay the general GIS data (boundary, road, railroad, place name, etc) to get the place name and guess where and why the changes occurred. To see local environment and its changes; To see potential land vulnerability against flood; - View the satellite image (color image/land use map). - Overlay geomophological land classification map (polygon data), to see location of urban/residential area and potentially vulnerable area to know land condition (potential vulnerability). - Refer to the legends and terms-explanation to help understanding of the meaning of maps.

20. CEOS/WGISS-19 @Cordba Mar10,2005 19 Low Lands Blue Polygon Valley Plain, Delta Plain, Marshland, etc (potentially vulnerable area) Purple Polygon Natural Bank, etc * Distortion of polygon data are under edition. By overlaying Satellite image and land-class-data; User view the location of - City Area/Housing Area And - Low Land To see the potential vulnerable residential area. :Low Lands Land Information Map Provision for Local Resident Overlaying Low Lands onto Satellite image :Artificial Area :Upland and Terraces

21. CEOS/WGISS-19 @Cordba Mar10,2005 20 Land Use Map in 2001 Turned to Housing Area, Along with JR train line. By overlaying GIS data onto Land Use Map; User identifies actual place name and circumstances of interested area. Land Use Map in 1987 Water body Paddy Forest Grassland/Cropland Bare soil Urban/Industrial area Housing area Land Information Map Provision for Local Resident Viewing local environment and its changes Turned to Housing Area, Along with Keisei-Chihara train line.

22. CEOS/WGISS-19 @Cordba Mar10,2005 21 Evaluation System evaluation will be implemented in near future by Chiba Univ. Expected Achievement This would be a good test case to proof - usefulness of WMS to realize local scale web service with easy operation. - efficiency of providing satellite image and other map resources together for public users. - application building such as disaster prevention/monitoring field would be feasible and be more expandable in cooperation with external agencies. Land Information Map Provision for Local Resident Achievement

23. CEOS/WGISS-19 @Cordba Mar10,2005 22 Land Condition Map Provision for Japanese Local Resident What we learned on Freeware (MU MapServer) On-the-Fly projection (PROJ.4) In JAXA/CEReS system, resource data: 3 different projections Tokyo Datum-UTM, JGD2000-UTM, JGD2000-Geographic lat/lon, output projection : JGD2000- lat/lon *Tokyo Datum : Former Japanese Datum JGD2000 (Japanese Geodetic Datum 2000) : New Japanese Datum MU MapServer uses existing free libraries; PROJ.4 - Coordinate / Projection Converting Library GDAL - Geospatial Data Library OGR - Vector library

24. CEOS/WGISS-19 @Cordba Mar10,2005 23 What's New in MapServer 4.4.* WCS support (server only). Support for a time dimension in WMS. Support for internationalization(i18n) encodings in map labels. (Tested with Chinese, Japanese and Thai. ) … Free and Open Source Software has enough function to build a simple test-site. Support for various data format (GDAL, OGR) Land Condition Map Provision for Japanese Local Resident What we learned on Freeware (MU MapServer) In JAXA/CEReS System, Resources: ERDAS/Imagine, Tiff, shapefile, etc converted into the single output format automatically (Png).

25. CEOS/WGISS-19 @Cordba Mar10,2005 24 ~ status of JAXA/Keio-SFC OGC system~ Gateway System Development for Dispersed Servers, & Social Application Development With Keio Univ. ***

26. CEOS/WGISS-19 @Cordba Mar10,2005 25 Gateway System Development for Public users Outline Objective To encourage satellite data usage in social and economical field more widely through the interoperable systems. Working Area Develop gateway system to combine dispersed interoperable servers. Apply data set of JAXA and Keio to main WMS. Connect with dispersed servers. Develop data search and view system (2D, 3D view) Develop Application system onto the gateway system e.g. educational application using data search and view system I/F

27. CEOS/WGISS-19 @Cordba Mar10,2005 26 Other Online ResourcesWMSWCS Public User Standard Interface WMS WCS GML) Public people, Expert Keio SFC campus, Digital Earth Server GeoBrowser Basic GeoSpatial Data WCS WMS e.g.) Disaster Monitoring Media Browser etc WMS Dispersed Interoperable Servers For Asia, Japan WMS WFSGML Internet Newly Developed WMS FTP System Structure Internet Expert Research Institute AIT etc WMS 3D GIS Process2D GIS Process Maps & Images Display Engine Data Search Engine Catalogue Service Contains external data servers information CEReS WMS: Asian Land Cover Land Condition Map MAFFIN WMS: Hotspot, Vegetation Monitoring, GIS Server Disaster Information, etc JAXA: Satellite Images Other Open WMS Servers NGO, etc GIS Server Disaster Information, etc GML Wrapper Simulation Engine GRID Image Archive (e.g. JPEG image) Standardized Metadata (JMP) Gazetteer Satellite Base Map Vector Data Application Services Other System News Site Sensor Service etc JAXA: Earth Viewer 3D Image Archive Service file server MapServer Open Source In-situ Data Other System e.g. Result of Simulation JAXA: Image data e.g. GeoTIFF JAXA : Original Satellite data Coverage Data, e.g. HDF Local Government (Gifu Prefecture etc Private Sectors Portal Geography Network Japan Regional Data Statistical data DEM Multi Lingual Directory Service Proxy Open API Data Provision InfrastructureUser Admin Portal Site(Japanese/English Application Service Search System NASA/GSFC: GCMD I II WCS Server Building ISCGM Global Map Upgrading Search & View System Creation of standardized metadata

28. CEOS/WGISS-19 @Cordba Mar10,2005 27 Gateway System Development for Public users WCS: Coverage Sub Type and Encoding Sub Type of Coverage (OGC abstract specification topic6) Coverage Type : WCS1.0.0 targets GRID Coverage only. (most of satellite data would be included in GRID coverage) - Supporting at least 1 of following encoding is required. - Servers may serve other encoding as well. GEOTIFF HDF-EOS DTED NITF GML Coverage Encoding (Data format) in WCS 1.0.0 I

29. CEOS/WGISS-19 @Cordba Mar10,2005 28 Standard Interface WMS WCS GML) WCS WMS WCS/WMS Server (MU MapServer) JAXA: Image data e.g. GeoTIFF JAXA : Original Satellite data Coverage Data, e.g. HDF To enhance server ability, Fundamental WCS/GetCoverage function has built in. Gateway System Development for Public users WCS : Server Building I Keio-SFC Digital Asia Server (OGC Client) Output Data: Selected Band Image (GeoTIFF format) Original Data: MODIS Lebel1Bmap (JAXA HDF format)

30. CEOS/WGISS-19 @Cordba Mar10,2005 29 Gateway System Development for Public users Former I/F of Search & View System II 2D Image 3D Image (View Image on the surface of sphere) Category Selection Area Selection Theme Selection

31. CEOS/WGISS-19 @Cordba Mar10,2005 30 Gateway System Development for Public users New Search & View System Building II Necessity of upgrading Problem of former system; - Target data shown in search menus is prefixed. - Searching ability has limited. (e.g. Area search, Date search, Free text search, etc) … more flexible search function is needed. - Overlay function has not equipped. (e.g. overlay of satellite image and vector map) Creation of Standardized Metadata First, we create JMP2.0 compliant standardized metadata. (JMP2.0; Japan Metadata Profile 2.0; ISO19115 compliant)

32. CEOS/WGISS-19 @Cordba Mar10,2005 31 Search Menus List of the Search Result Result Selecting Field Popup the Metadata Finder View the selected result II Gateway System Development for Public users Flow of New Search & View System Metadata Finder View Window

33. CEOS/WGISS-19 @Cordba Mar10,2005 32 View Window

34. CEOS/WGISS-19 @Cordba Mar10,2005 33 Metadata Finder

35. CEOS/WGISS-19 @Cordba Mar10,2005 34 Metadata Finder

36. CEOS/WGISS-19 @Cordba Mar10,2005 35 Metadata Finder

37. CEOS/WGISS-19 @Cordba Mar10,2005 36 Metadata Finder

38. CEOS/WGISS-19 @Cordba Mar10,2005 37 Before Tsunami After Tsunami Landsat II Gateway System Development for Public users Result of Searching Sumatra View Window

39. CEOS/WGISS-19 @Cordba Mar10,2005 38 Achievement - Various type of search ability has been added in the search & view system. - Seamless viewing ability after searching/finding the target image. - Able to overlay multiple resources on demand. Items to be considered - Mechanism to find external service entities, and to get/create metadata of external service would need to be considered. Others - Collecting all data resources by each individual agencies is less efficient. - Cooperation with existing framework (e.g. EO Portal) will be effective way to increase and enrich service data. Gateway System Development for Public users Achievement

40. CEOS/WGISS-19 @Cordba Mar10,2005 39 Thanks for your attention. ***