Tomas Mildorf New technologies for the information society University of west bohemia in pilsen, Czech republic

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1 Tomas Mildorf New technologies for the information society University of west bohemia in pilsen, Czech republic Karel Charvat Help Service Remote Sensing, Czech republic AIP-7 GEOSS, 20 MAY 2014

2 By 2015, approximately 183 billion apps will be downloaded each year, a 1,600% increase from the 10.7 billion apps downloaded in Hayward, R., How universities can commercially benefit from developing mobile apps. The Guardian. Available at: [Accessed April 26, 2013].

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6 SDI4APPS AT A GLANCE Project title: Uptake of Open Geographic Information Through Innovative Services Based on Linked Data Project acronym: SDI4Apps Project reference: Funded under: Competitiveness and Innovation Framework Programme - The Information and Communication Technologies - Policy Support Programme Call: CIP-ICT-PSP Objective:2.2a Open Data experimentation and innovation building on geographic information Total budget: EUR 4,070 m EU contribution: EUR m Duration: 01/04/ /03/2017 Coordinator: University of West Bohemia in Pilsen, Czech Republic Website:

7 SDI4APPS CONSORTIUM Asplan Viak Internet as (NO) Baltic Open Solutions Center (LV) Czech Centre for Science and Society (CZ) e-pro Group as (SK) European Regional Framework for Cooperation (GR) Help service remote sensing s.r.o. (CZ) Hyperborea S.r.l. (IT) Masaryk University (CZ) Pronatur (SK) RTD Talos Limited (CY) Scuola Superiore Sant Anna (IT) Slovak Environmental Agency (SK) Strategie Strutturali di Antonio Paterno & c. sas (IT) The National Microelectronics Applications Centre Ltd (IE) Uhlava (CZ) University of West Bohemia in Pilsen (CZ) Vidzeme Planning Region (LV) Zemgale Planning Region (LV)

8 PROJECT AIMS and EXPECTED IMPACT AIMS The aim is to stimulate innovation and business activities around GI data The pilots should focus on the development of virtual hubs that facilitate the use of open (freely available) geographic data from different sources for the creation of innovative applications and services. IMPACT Increase substantially the exploitation opportunities for open GI Facilitate market entry of new companies, and the development of innovative services

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10 The SDI4Apps PROBLEM Social networks VGI neogeography mobile devices other sensors...

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13 PILOT APPLICATIONS PILOT I: Easy Data Access metadata, HS-CAT PILOT II: Open Smart Tourist Data including VGI PILOT III: Open Sensor Network PILOT IV: Open Land Use Map Through VGI PILOT V: Open INSPIRE4Youth PILOT VI: Ecosystem Services Evaluation (ESS Evaluation)

14 IMPLEMENTATION (1) Deployment of the basic SDI4Apps Cloud Framework (2) Validation & Feedback (3) Deployment of extended functionality (language, LOD,...) (4) User experimentation and social validation through pilots (5) Feedback to the SDI4Apss community (6) Redesign (7) Improvement of the SDI4Apps Cloud Framework (8) User experimentation and social validation in real-world contexts

15 IMPLEMENTATION

16 CORE RESULTS a new generation of SDI tools for easy access to spatial and non-spatial data mechanisms for linking spatial and non-spatial data multilingual support for spatial data cloud based infrastructure data pool of open and commercial data for further reuse API designed for app developers a set of tutorials and educational materials on how to reuse spatial data a set o pilot applications paving the way for data reuse a network of SDI4Apps stakeholders a sustainable business model

17 EXPLOITATION business opportunities for developers and SMEs support for public authorities and other stakeholders through existing and newly created networks interoperable data provision for app development

18 plan4business

19 Plan integrator

20 Plan integrator

21 Location evaluator

22 Open land use MAP 1. DATA MODEL

23 Open land use MAP 1. DATA MODEL 2. IDENTIFICATION OF DATA

24 Open land use MAP 1. DATA MODEL 2. DATA IDENTIFICATION 3. DATA HARMONISATION

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26 ENVIROGRIDS The scientific aim of the EnviroGRIDS project was to assemble an observation system of the Black Sea catchment that will address several GEO Societal Benefit Areas within a changing climate framework.

27 EnviroGRIDS Architecture

28 Habitats The HABITATS project focused on the adoption of INSPIRE standards through a participatory process to design and validate environmental geo-spatial data, metadata, and service specifications with European citizens and businesses.

29 SERVICES - PROBLEMS

30 How to avoid it? For end-users operating services are crucial Availability Quality service / data / metadata Preparing catalogue of clean services to ensure availability First step - only WMS

31 Establishment of the SuperCAT Harvesting existing catalogues Catalogues CSW ISO AP 1.0 Only services (type=service) Periodically (P1D) Sources GEOSS registry INSPIRE geoportal Catalogues we know about Problems No central catalogue / we don t know about services Classical search engines did not succeed Many catalogues do not response

32 Harvested catalogues ISPIRE national nodes: Austria, Belgium, Czech republic, Finland, France, Germany, Luxembourg, Poland, Portugal, Slovakia, United Kingdom CIDP EEA SDI ENVIROGRIDS EuroGEOSS GEOSS Habitats One Geology Europe Plan4all WHO

33 Testing services availability If Capabilities document is available and valid Periodically (P1D) Not valid services are set hidden, not erased Tools for service provider feedback RSS channel Automatic mail notification Heartbeat record

34 Heartbeat protocol

35 Results 2222 services harvested servicetype (all / valid) WMS = 96 / 88 OGC:WMS = 1418 / 1351 view = 343 / 190 View = 1 / 1 VIEW = 2 / 2 View Service = 76 / 76 All WMS : 1860 / 1632 (87 %)

36 Problems poor service metadata (missing abstract etc.) viewer or web page address instead of service no mandatory thematic classification in INSPIRE operateson broken links servicetype not clear

37 HS-CAT

38 VIEW SERVICES

39 CADASTER PARCELS

40 KML RESOURCES

41 FOODIE

42 LINKS