Үндэсний газрын мэдээллийн системийн хөгжүүлэлт тайван улсын жишээ


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Үндэсний газрын мэдээллийн системийн хөгжүүлэлт тайван улсын жишээ

  1. 1. Time Topic Chairman/Speaker09:30-09:40(10 min)Opening remarks Jeremy Shen09:40-10:10(30 min)Briefing on Ministry Of the Interior, MOI video10:10-10:25(15 min)NGIS data Standards Bruce Lan10:25-10:40(15 min)Break10:40-11:10(30 min)TGOS and its development(Including Briefing of TGOS on Video)Sean Lin11:10-11:30(20 min)Discussion and Comment Jeremy ShenAgenda
  2. 2. The development of NGISStandardsBruce LanSpecialistInformation Center, Ministry of the InteriorApril 01, 2013
  3. 3. 3ContentWhy StandardsStandards OrganizationsThe Development of NGIS StandardsNGIS Standards AccomplishmentsCurrent and Future DevelopmentConclusion
  4. 4. 4Why StandardsGIS data The most expensive investment foran organization Research by the US NationalCenter for Geographic Informationand Analysis 60% to 80% of the total costs Created by many differentorganizations Using many different methods andtechnologies Using many different software anddata formats
  5. 5. 5Why StandardsFacilitate data sharing – data exchanging,reusing and integration.
  6. 6. 6Why StandardsIncrease interoperability among automatedgeospatial information systems.Provide for consistency in interfacesbetween data, users and systems.
  7. 7. 7Roles of Standards Organizations ISO provides a framework for the developmentof specific standards, and has set up a TechnicalCommittee on Geographic Information/Geomatics(ISO/TC211). Industry Consortia provide technicalimplementation specifications.The Open Geospatial Consortium (OGC) Regional and national groups adoptinternational standards and standardize dataand services using international standards.Chinese National Standard (CNS)
  8. 8. 8Organizational Structure ofNGIS Standards Working GroupStandards Working Group1. The Natural Environment Database2. The Natural Resources and Ecology Database3. The Environmental Quality Database4. The Social Economic Database5. The Transportation Network Database6. The Land Information Database7. The Homeland Planning Database8. The Public Pipeline Database9. The Topographic Database1. National Planning and Development2. GIS Standards and Services Platform3. Human Resource and Technology Development4. GIS Industry Application and Planning5. Disaster Prevention and Protection6. Transportation and Tourism DevelopmentNGIS Steering CommitteeDatabase GroupApplication Group
  9. 9. 9Strategy for the Development ofNGIS StandardsStandards Working GroupEstablish standards with consensus fromCentral, local governments, academic,and private sector.The NGIS Standards Process is1.Structured2.Iterative3.Well-documented
  10. 10. 10NGIS Standards ProcessThe NGIS standards development processis modeled after ISO and CNS standardsprocesses.Developed by a four step processStage 1: Proposal StageStage 2: Draft StageStage 3: Review StageStage 4: Publication Stage
  11. 11. 11NGIS Standards ProcessSTAGE STEP CUSTODIANPROPOSAL 1- Develop Proposal Any organization2- Review Proposal Standards WorkingGroup (SWG)3- Set Up Project Developmentworking groupDRAFT 4- Produce Working Draft Developmentworking groupREVIEW 5- Review and Evaluate SWG6- Public Review & Respond SWG & Developmentwork group7- Approve Standard forEndorsementSWGPUBLICATION 8- Endorsement NGIS SteeringCommittee
  12. 12. NGIS Standards Accomplishments 22 data standards have beenapproved. All data standards could bedownloaded from the “NationalGeographic InformationSystem Standards” website. http://standads.moi.gov.tw/12
  13. 13. Data Standards_(1/4)13Data Standard SpecificationMetadata Standard (TaiWan Spatial Metadata Profile, TWSMP)Administrative Boundaries Data StandardControl Points Data StandardElevation Data StandardAddress Data Standard
  14. 14. Data Standards_(2/4)14Place Names Data StandardTransportation Networks Data StandardHydrography Data StandardCadastre Data StandardDigital Orthoimagery Data StandardBasic Geology Data Standard
  15. 15. Data Standards_(3/4)15Landuse Data StandardPipeline Data Standard SpecificationLand Use Zoning Data StandardBotany Data StandardEnviromental Quality Data Standard - air quality and waterqualityRoad Networks Data Standard
  16. 16. Data Standards_(4/4)16Enviromental Quality Data Standard - soil pollution and wastePipeline Data StandardEnviromental Quality Data Standard - pollution control,environmental sanitation, noise and vibration, and non-ionizedradiation
  17. 17. 17Current and Future DevelopmentApply ISO standardsISO/TC211 began to publish GIS standards from 2002.Reviewing and revising NGIS standards.The NGIS standards will be a set of national profiles ofthe ISO standards.Developing framework data standardsis the top priority, then other thematicdata standard.Developing web services standards
  18. 18. Web Map Tile Service (WMTS) Serving nation-wide reference map for Web-based application. A common specification for establishing web map tile service. Two reference system EPSG 3857 (compatible with Google Map) EPSG 3826 (Taiwan local reference system)
  19. 19. 19Positive ImpactThe private sector (software developersand vendors) will benefit by developingtools that exploit data based on these datacontent standards.Data producers and customers will benefitfrom improved access to data throughcommon data content standards.
  20. 20. 20ConclusionStandards facilitate data sharing andincrease interoperability.Focus on important standards todevelop.
  21. 21. 21Thank you very much!Bruce LanSpecialistInformation Center, Ministry of the InteriorE-mail:moi1164@moi.gov.tw