BUILDING TURKISH NATIONAL GIS (TRGIS) and DEVELOPMENT OF GEO-DATA STANDARDS



Similar documents
Experiences for Building Turkey National GIS Compliant to INSPIRE

MILESTONES TO BUILD SPATIAL DATA INFRASTRUCTURE SUPPORTING SUSTAINABLE LAND MANAGEMENT. Tahsin YOMRALIOGLU & Arif C. AYDINOGLU

Geo-data Management Issues for Urban Land Administration in Turkey

Policies and Standards for Building Turkey National GIS Infrastructure

Developing Interoperable Geographic Data Model for the Mitigation Phase of Disaster Management

Opportunities and Constraints to Develop Geographic Data Models for Land Administration in Turkey

SPATIAL DATA WEB SERVICES PRICING MODEL INRASTRUCTURE

Cadastre in the context of SDI and INSPIRE

Enabling embedded maps

Emerging Trends in SDI.

Sharthi Laldaparsad. Statistics South Africa Executive Manager: Policy Research & Analysis. 1 August 2014, Washington DC, USA. Contents...

GetLOD - Linked Open Data and Spatial Data Infrastructures

GIS Data Models for INSPIRE and ELF

enabled society: a vision for 2025 From LADM/STDM to a spatially Jaap ZEVENBERGEN and Christiaan LEMMEN Peter VAN OOSTEROM, Harry UITERMARK,

NIPP. Ivica Skender NSDI Working group for technical standards

ArcGIS Data Models Practical Templates for Implementing GIS Projects

mdwfs Model-driven Schema Translation for Integrating Heterogeneous Geospatial Data

EXPLORING AND SHARING GEOSPATIAL INFORMATION THROUGH MYGDI EXPLORER

Spatial Data Infrastructure of the Russian Federation: a new paradigm of openness

Development of a Dainish infrastructure for spatial information (DAISI) Brande-Lavridsen, Hanne; Jensen, Bent Hulegaard

The LADM Based on INTERLIS

International Symposium & Exhibition on Geoinformation (ISG) Land Administration Domain Model (LADM) 2013 Workshop

INSPIRE Infrastructure for Spatial Information in Europe. D2.8.III.1 Data Specification on Statistical Units Draft Guidelines

Workshop Part 1: INSPIRE services and the SIIF:

How To Design A Three Dimensional Property Right Database For Turkey

MULTIPURPOSE USE OF ORTHOPHOTO MAPS FORMING BASIS TO DIGITAL CADASTRE DATA AND THE VISION OF THE GENERAL DIRECTORATE OF LAND REGISTRY AND CADASTRE

Strategy for Improving Cadastral Spatial Quality toward Effective e- Government based NSDI

Andrea Buffam, Natural Resources Canada Canadian Metadata Forum National Library of Canada Ottawa, Ontario September 19 20, 2003

The Nordic way to International standardization ISO/TC 211

Making Geospatial Data Available and Accessible in Jamaica

PDOK Kaart, the Dutch Mapping API

How To Write An Inspire Directive

INSPIRE Infrastructure for Spatial Information in Europe. D2.8.III.8 Data Specification on Production and Industrial Facilities Draft Guidelines

Use of ISO standards by NERC (a snapshot!)

THE SPATIAL DATA INFRASTRUCTURE OF SPAIN AS AN EXAMPLE OF SUCCESS IN EUROPE

Spatial Data Infrastructure. A Collaborative Network

PUBLIC ACCESS TO LAND ADMINISTRATION DATA IN CROATIA

The Spatial Data Infrastructure of Spain as an example of success in Europe *

An Esri White Paper June 2011 ArcGIS for INSPIRE

Clemens Portele interactive instruments GmbH

Polish Spatial Data Infrastructure - from the Concept towards its Implementation

GIS Initiative: Developing an atmospheric data model for GIS. Olga Wilhelmi (ESIG), Jennifer Boehnert (RAP/ESIG) and Terri Betancourt (RAP)

Technology Trends In Geoinformation

INSPIRE Generic Conceptual Model

Developments in Turkey in the Context of Participatory Approach Based on River Basin Management. Nermin ÇİÇEK, Özge Hande SAHTİYANCI

Local Spatial Data Infrastructure, a Solid Base for Sustainable

DATA QUALITY AND SCALE IN CONTEXT OF EUROPEAN SPATIAL DATA HARMONISATION

Building a SDI for small countries the Portuguese example

Francesco Tortorelli

UTILIZATION OF CLOUD COMPUTING FOR PRESENTATION OF CADASTRE DATA

A Java Tool for Creating ISO/FGDC Geographic Metadata

INSPIRE Infrastructure for Spatial Information in Europe. D2.8.III.7 Data Specification on Environmental Monitoring Facilities Draft Guidelines

The Open Source Approach in Spatial Planning: Applicability Challenges in Bulgaria

THE RENEWAL OF SNIG UNDER INSPIRE UMBRELLA

Geo-information in The Hague & National SDI hub PDOK

INSPIRE Infrastructure for Spatial Information in Europe

1. Introduction. Toufik Aouameur*, Ali Ben Ahmed Daho** National institute of cartography and Remote Sensing, Algiers, Algeria *

How are Geographic Information Systems (GIS) conferences at Fatih University contributing to education in Turkey?

EEOS Spatial Databases and GIS Applications

NGIS in Korea. National Geographic Information System in Korea

Development of National Spatial Data Infrastructure in Indonesia

Part 7: Transportation Base

INTERNATIONAL CONFERENCE: SDI & SIM Spatial Data Infrastructures & Spatial Information Management 2013

Qatar National Geospatial Infrastructure

CityGML goes to Broadway

CDI/THREDDS Interoperability: the SeaDataNet developments. P. Mazzetti 1,2, S. Nativi 1,2, 1. CNR-IMAA; 2. PIN-UNIFI

Applying GIS in seismic hazard assessment and data integration for disaster management

The Design and Implementation of a Cadastral Database with a Spatiotemporal Modeling Approach in Turkey

Mongolian National Spatial Data Infrastructure

Data access and management

INSPIRE Evaluation: Summary of findings for EU Member States

ISTANBUL DECLARATION ON CADASTRE IN THE WORLD CADASTRE SUMMIT 2015

Survey and Mapping Activities in Vietnam *

CURRICULUM VITAE PERSONEL INFORMATION

MSDI: Workflows, Software and Related Data Standards

Data quality in INSPIRE: from requirements to metadata

CERISE-SG. Open Geodag 2 september Jasper Roes: jasper.roes@tno.nl

Solutions for Central and Federal Governments

Organising, legal, financial and technology solutions in SDI construction in Europe

Spatial Data Infrastructure: NSDI concepts NSDI components SDI around the world

Development and the capacity building of the spatial information infrastructure geoportalin Poland

Web Map Service Architecture for Topographic Data in Finland

The Status of Geospatial Information Management in China

D2.8.I.5 INSPIRE Data Specification on Addresses Guidelines

Monitoring Coastal Land Use Changes by Using Information Technologies

Product Navigator User Guide

Transcription:

REPUBLIC of TURKEY MINISTRY of ENVIRONMENT and URBANIZATION GENERAL DIRECTORATE of GIS Project : BUILDING TURKISH NATIONAL GIS (TRGIS) and DEVELOPMENT OF GEO-DATA STANDARDS Tahsin YOMRALIOĞLU & Arif Cagdas AYDINOGLU, Turkey Presenter Arif Cagdas AYDINOGLU Assoc.Prof.Dr., Istanbul Technical University, Turkey Introduction Data Management Issues After 1990s, digital map production The General Command of Mapping produced STMs, 1:5000 and smaller. Land Registry & Cadastre Directorate (LRCD), Provincial Bank, and Municipalities produce large scaled maps, 1:5000 and larger Large Scaled Map Production Regulation (BÖHHBUY) enclosed with feature / attribute catalog + UVDF in 2006. The image cannot be displayed. Your computer may not have enough GIS!! Geo information standards are not designed to solve application-driven requirements for various GIS projects and not designed to enable data interoperability.

National GIS projects LRCD manages land administration activities with 22 of Regional, 1018 of Land Registry, 325 of Cadastre Dir., 122 of Cadastre Office TAKBIS- Land Reg. & Cadastre Inf. Syst., aims to manage cadastral data for 5 million land registry processes on GIS. Map Information Bank (HBB) CORS-TR- Continuously Operating Reference Stations Turkey Integrated Transportation Management... %20 of 2950 municipalities declared UrbanGIS projects... CORS_TR Stations.147 780.000 km 2! Other public institutions and municipalities have produced GIS projects serving their needs. National GIS projects Spatial Address Registration System (MAKS) in 2011 by Interior Ministry- Gen.Dir. Of Population and Citizenship National Address Database (UAVT) in 2006, Numbering and National Address Database Regulation Central Population Management System (MERNIS) Unique citizenship ID after 2000.

National GIS projects Forestry, Water GIS, Protected Sites, Land Cover, projects by Ministry of Forestry and Water Geo-data Portal TRGIS for e-transformation Turkey Project Geographic information requirement and data sharing needs started to increase... TRGIS- Building Turkey National GIS actions similar to NSDI vision. Action-47 in 2004, current situation to build TRGIS was examined. Action-36 in 2005, TRGIS strategy as policy encouragement was determined with a coordination body. under responsibility of LRCD KYM-75 in 2007 aims to build a geo-portal where public institutions can present their geoinformation.? Policy encouragement? Data standard? Technical requirements

TRGIS with General Dir. of GIS Ministry of Environment And Urbanization, General Dir. of GIS was built in 2011. - coordinating all GIS activities - determining standards and building TRGIS -... TRGIS and UrbanGIS projects in 2011 Contractor: Türksat Satellite Communication, Ankara Subcontractor: Istanbul Technical University, ARI Teknokent TRGIS project: for 65 general directorates - defining national geo-data standards - geo-portal development analysis - determining institutional and policy requirements UrbanGIS project: for 2950 municipalities + 81 provincial Admin. - determining UrbanGIS geo-data standards - current situation analysis for UrbanGIS - Determining legal and financial requirements TRGIS Institutional Framework TRGIS Legistation - No.3194 Zoning Law authorizes Gen.Dir. of GIS for TRGIS regulations. - TRGIS regulation will enter into force in 2012, similar to INSPIRE directive. TRGIS vision, strategy, and other regulation needs were determined TRGIS administration structure was defined. UrbanGIS building directive for local governments

TRGIS Cooperation TRGIS and UrbanGIS Cooperation Data requirement and institutional analysis FieldWork Workshop Updating Shareholders List Getting Contact Informations / Prepearing of Formal Letter First Visits and Starting Surveys Second Visit For Control and Receive Back. Revisits For Problem Situation Via Telephone and E-mail Support/ Communication Evaluation and Analysis Works

TRGIS and UrbanGIS Cooperation Data requirement and institutional analysis AT NATIONAL level (TRGIS); In 15 ministries; 86 General Directories, 88 Head of Deparments, 118 Branchs, 366 People (Fieldwork +Workshop) 254 Map/Application/Product analysis AT LOCAL level (UrbanGIS); the best UrbanGIS practices- 16 local Governments analysis 210 out of 2950 municipalities 71 Map/Application/Product analysis TRGIS Data Specification base geo-data model, TRGIS different users/ sectors need to share these data UrbanGIS

TRGIS Data Specification TRGIS HI BI AD River Lake Building IndepUnit Gate Addres LandReg UrbanGIS MAKS TRGIS Data Specification TRGIS data themes defined.

TRGIS Data Specification INSPIRE Methodology for spec. development TRGIS Data Specification TUCBS Uygulama Şemaları BI OF... «import» TUCBS Kavramsal Model TUCBS Kavramsal Model TRGIS Conceptual Model Components = ISO/TC211, INSPIRE vision... + TRGIS requirements «import» Foundation Şema ISO 19000 Diger Semalar

TRGIS Data Specification Conceptual Model Components for - development of data standards and - interoperability of geodata sets - Principles, - Reference model, - Scale/Resolution - Generalization, - General Feature Model, - Feature Catalohuing, - Application Schema Rules, - Geomatry, - Topology - Geo-data identification - Temporal data management - metadata - Data quality and sharing principles TRGIS Data Specification TRGIS Conceptual Model Components Object Identifier Each geo- object has unique / mandatory TRGISNo attributes. ID Identify by Thematic Structure of Data AdminUnit Code (IDBK) Numbering Code(NUKO) LandOwnership Code(MUKO) Identify by Data Provider {TR.BBBBBB.CC.DDDDDDDD} identifier of Data Provider Themati c group of data Identifier in data providers own database UUID / GUID: Universal Unique Identifier (ISO 11156) {6a54f172-6483-11dc-8314-0800200c9a66}

class Adres Adres + konum: CografiKonum [1..*] {ordered} DisKapi + konumlayici: AdresKonumlayici [1..*] {ordered} + eskikapino: Integer + tucbsno: NesneTanimlayici + geometri: GM_Point «voidable, lifecycleinfo» + kapino: CharacterString + versiyonbaslangictarihi: DateTime +Numarataj +AdresDisKapi + kapituru: NumaratajTipi + versiyonbitistarihi: DateTime [0..1] + uavtno: Integer 0..1 1 + versiyonno: CharacterString + yerlesimacisi: Real 1..* 1 BagimsizBolum + bagimsizbolumno: Integer + katno: CharacterString +BagimsizBolum 0..1 1 +Detay «voidable» 0..1 +bilesen 3..* «datatype» AdresBilesenleri AdresKonumlayici + tucbsno: NesneTanimlayici + konumlandiriciseviyesi: KonumlandiriciSeviyeDegeri «voidable» + konumlayicitip: KonumlayiciTipiDegeri «voidable, lifecycleinfo» 0..1 + versiyonbaslangictarihi: DateTime + konumlayiciyontem: CharacterString + versiyonbitistarihi: DateTime [0..1] IdariBirimAdi + il: CharacterString + ilce: CharacterString + Kod: IdariBirimKodu + mahalle/koy: CharacterString «codelist» KonumlayiciTipiDegeri + diskapi + mahallekoy + yolhatti «codelist» AdresKonumlandirmaVerisi + diskapi + idaribirim + yolhatti CSBM + csbmadi: CharacterString + csbmkodu: Integer + csbmturu: CharacterString {ordered} «voidable» + sabittanitimnumarasi: CharacterString [0..1] «codelist» Numarataj Tipi + bagimsizbolumanagiris + bagimsizbolumtaligiris + binaanagiris + binataligiris + diger + tahsisliarsaparsel «codelist» KonumlandiriciSev iyedegeri + kat «codelist» IdariBirimKodu KapiNo + diskapino + ickapino: CharacterString [0..1] + turu: NumaratajTipi «datatype» CografiKonum + geometri: GM_Point + varsayilankonum: Boolean [1..*] «voidable» + kullanilanveri: AdresKonumlandirmaVerisi + yontem: CharacterString «enumeration» CSBMTuru cadde sokak meydan bulvar «datatype» NesneTanimlayici PostaKodu + postakodu: Integer TRGIS and UrbanGIS Data Specification TRGIS Conceptual Model Components Metadata; Identifies information about geographical data sets/services (1) Geographic data services (2) Geographic datasets (3) Feature (Object Identifier, Version) In scope of draft TRGIS-Metadata 9 classes and 25 mandotary of 61 metadata elements defined. (1) Data Identity (2) Classification (3) Keyword (4) Geographical Position (5) Data Standard and Reference Informations (6) Lineage (7) Geographic Data Quality and Validity (8) Data Right of Usage/ Distribution (9) Metadata Reference Informations TRGIS and UrbanGIS Data Specification UML data models for TRGIS (10 base geo-data themes and UrbanGIS) - considering ISO/TC 211 and INSPIRE standards, - compatible with TRGIS expectations and - including TRGIS data requirement analyses Draft TRGIS:BI Building UML Data Model Draft TRGIS:AD Address UML Data Model

TRGIS and UrbanGIS Data Specification TRGIS.GML ; - software/hardware independent open access supplier, - compatible with GML3.X data transformation format should produce. UML XMI XML Application Schema FeatureTypes Geometry Definitons Atributes Associations Values... TRGIS Technical Framework TRGIS Portal was built and tested.! TRGIS metadat and validation process. Cloud TRGIS opportunities and minimum requirements depending on technology criterias

TRGIS and UrbanGIS Documentation - TRGIS Conceptual Model Components - TRGIS/UrbanGIS Base Data Themes Identifier - TRGIS/UrbanGIS Base Data Themes Requirement Analysis - TRGIS Metadata Policy and Essentials Determination - TRGIS/UrbanGIS Data Themes TRGIS documents 3339 pages Application Schemes, Feature Catal., and GML - TRGIS/UrbanGIS Legal Requirements Analysis - TRGIS Portal Implementation Rules - TRGIS Strategy of Dissemination and Training - TRGIS/UrbanGIS Poster and Flyers - TRGIS/UrbanGIS Introduction Slides UrbanGIS documents 2039 pages Conclusion TRGIS regulation and instutional framework enter into force in 2012 Data specifications "TRGIS base data themes" should be accepted until 2013. TRGIS thematic data themes should be defined until 2014. TRGIS portal service tests, metadata validation, in 2013 Data quality is not at required level. Investment and requirements should be optimized for geo-data production and sharing. Capacity building and SDI education activities should be arranged for all TUCBS stakeholders. Strategy should be developed for Public awareness

Thanks... Assoc.Prof.Dr. Arif Cagdas AYDINOGLU Istanbul Technical University Dept. of Geomatics Engineering 34469 Maslak-ISTANBUL web: http://akademi.itu.edu.tr/aaydinoglu e-mail: aaydinoglu@itu.edu.tr