Programme for the New National Topographic Database joint effort with municipalities and other authorities Antti Jakobsson 25.1.2017 YHTEISTYÖSSÄ:
Why-What-How-When? Why? Users needs Needs of the society and savings Technology What? Multirepresentation database Aerial images and point clouds, DEM NTDB 3D: Some feature types like buildings NTDB 2,5: Most other features NTDB 2D NTDB generalized 2-: Generalized information Official /Citizens versions How? Network+ Programme + Projects When? 2018 v1 Start of the NTDB with first data 2023 v2 NTDB fully operational
Why? Users Data schema and content Quality (Positional Accuracy, Up-todateness) 3D 4D Easyness in updating Combining different data together Society Availability and sharing data (big investments in data ) -> data should be used Double data collecting Quality Linking processes Economy INSPIRE Technology Standards(CityGML, WFS)+ de facto standards Revolution in data collection(laserscanni ng + sensors) LinkedData Benchmarking: Switzerland,Netherlands,G ermany, Denmark, Norway, Sweden
NTDB is based on research Commón Datamodel between NLS and municipalities is exceptional as it can only be implemented with co-operation. However it has large impact even implementation will take long time Aalto University 2014 20 user organisations partcipated to the interviews, 3700 users to the web questionnaire and 18 experts to the expert interviews Doctoral theses multiple representation Tiina Sarjakoski, NTDB with municipalties Antti Jakobsson (2006) Ministry of Acgriculture NTDB 2030
NTDB data is necessary
NTDB has an impact
AAA Data provision Geospatial Platform Users No ID manage ment Stereo workstation Validation and Quality Service Data Upload (datasets) Communi ty Metadata service Map products Basemap Products Web Browser Terrain station Editing interface Change only data Security Authorise d Product Download View Services Change only update AAA Linked Open Data Digiroad VTJ SYKE ID manage ent Data transformation Service NTDB maintenance NTDB publication
Kansallinen Maastotietokanta-hanke Vaiheistus Rakennuspilotti + pilotointiympäristö 3Dpilotti Laatu + laatumoduuli pysyväid määrittely Tietomallityö Prosessityö Yleistyspilotti Kuntadata KMTK kartografiset tuotteet PysyväID Pilotti KMTK Tietokanta Nykyjärjestelmät KMTK tietopalvelut ja tuotteet 2017 (2019-2020 tarkempi määrittely tehdään myöhemmin Kuntien tuotantoprosessit Kansalaisen maastotietokanta pilotti KMTK automaattiset kartoitusmenetelmät JHS-työt: 178 (KuntaGML), 185 Asemakaavan pohjakartta; 160 Paikkatiedon laadunhallinta 2015 2016 2017 2018 2019 2020 KMTK v1 KMTK v2
Land use Energy Protected sites Minerals Aerial Images+ Point Clouds Persistent IDs Point Clouds NTDB Basic geometry Geographical Names Cadastral Parcels Adminstrative units Geology DEM Planning information
New National Topographic Database (NTDB) Open and Linked Outcome of the opening data; co-operation between NLS and municipalities and other governmental agencies becomes a reality Savings in data collection and better quality for the citizens NLS can use data from the original source (planning, implementation and demolished objects) ID management Linked Data Address Roads NTDB Cadastre Municipalities Land Cover Hydrography Agriculture Companies
Municipalities role in NTDB Data producer Common data model NTDB City NTDB master or not? Common quality and quality process Data provider Basis for city model Savings in production New products and usage INSPIRE Access to other authorties Data user
Suunnitelmatietojen kytkeminen KMTKhon mahdollisuus kytkeä rakennusvalvontaprosessi simplebim. Kalevanrinne, Tampere BST Arkkitehdit / YIT Arkkitehdin IFC-malli (Kalevankangas, Tampere) CityGML LoD3 DataCubist muunnos CityGML Esitelty VTT:n rakennusvalvonnan digitalisaatio tapahtumassa 16.8
KMTK Linked Open Data Persistant ID enables to offer data as Linked Open Data Individual features can be identified and linked No need to download datasets Huge potential Cadastre Netherlands has publised topo and cadastral data already 2016
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