SatNav Applications in the Czech Republic. Karel Dobeš Chairman of the Managing Board Czech Space Office

Transcription

1 SatNav Applications in the Czech Republic Karel Dobeš Chairman of the Managing Board Czech Space Office

2 Content Czech approach to GALILEO Main Sectors involved The role of Czech Space Office Activities towards ESA Activities towards EC (GJU) Activities towards EC (6 and 7FP) National GALILEO Program GALILEO Public Relations Some examples for the Czech Space Technology Infrastructure 2

3 Czech approach to GALILEO Economical and social importance of the Galileo programme is recognised Experiences in space related activities satellite navigation, and IT technology User-oriented aspect Czech SMEs and institutions are involved The application of GSA in Prague has been processed 3

4 Czech Candidacy for the Seat of GNSS Supervisory Authority (GSA) The building is located in the administrative area within a walking distance from the historical city centre. The object disposes of 6 overhead storeys. utility area of the building is m2 the office area amounts to m2 Administrative building approved in March,

5 Main Sectors Involved Czech Government (GALILEO has highest Priority) Government Commissioner for the Candidature of the CZ for the location of the GSA Ministry of Transport GALILEO responsibility Coordinating Board for GNSS Ministry of Education ESA responsibility Czech Board for Space Activities (CBSA) Czech Parliament and Senate Subcommittee for Science, Development and Aerospace Czech Space Office (CSO) 5

6 National GALILEO related structure ESA relations EU relations Ministry of Education, Youth and Sports Ministry of Transport Czech Board for Space Activities Coordination Board for GNSS Czech Space Office 6

7 The role of Czech Space Office Non-profit private organisation Administration of space activities in CR Information and advisory centre for space activities Contact point for international relationships (ESA, national space agencies) Czech Republic representation in international institutions (IAF, High-level Space Policy Group) 7

8 The role of Czech Space Office Education and support Cooperation with Czech Universities Public relations National GALILEO and GMES contact and information point Support to Czech industry activities in space 8

9 The role of Czech Space Office Support to SMEs and Cluster Cooperation with Association of Small and Medium-sized Enterprises Cluster Activities Centre for Innovation and Technology Transfer (CITT) Prague for SatNav & Space Academy CITT Prague (Training) 9

10 Members of the CITT Cluster Centre for Innovation and Technology Transfer Prague (CITT) for SatNav & Space (Galileo and GMES) 10

11 Activities towards ESA Cooperation frame agreement with ESA signed in November 1996 Participation in PRODEX 2001 European Cooperating State in 2003 (PECS programme) development of SISNeT related applications potentials for space segment Full ESA Membership in 2008! 11

12 Iguassu Software Systems a.s. (ISS) GALILEO Search & Rescue ISS member of winning consortium - GJU development of MEOLUT for GISAR collocated with INDRA team in Barcelona consortium including Thales, CNES, Alcatel Space, and others ESA PECS EGNOS Project SISNeT SISNeT Signal in Space Through Internet Distribution of EGNOS corrections via internet rather than geostationary satellite, allowing reception via GMS phone with GPRS 12

13 Iguassu Software Systems a.s. (ISS) SISNeT Upgrade of EGNOS data server interface increasing throughput by 2 degrees of magnitude Development of additional software functionality for MOMO, GMV navigation equipment, and testing portable EGNOS technology with the Czech blind organisation SONS SISNeT phase II Complete re-design and re-development of the SISNeT server New functionality and higher throughput Placing another EGNOS monitoring station in Slovakia Development of SISNeT application for mobile phone 13

14 Activities towards EC (GJU) Project SCORE (leader ALCATEL Space) Partners VARS and ICE companies EGNOS car receiver Project GARDA (leader Alenia Spacio-LABEN) Partner Czech Technical University Galileo receiver development Project FieldFact (leader Alterra) Partner Ekotoxa Opava GNSS based solutions for agriculture 14

15 Project SCORE Service of Coordinated Operational Emergency & Rescue using Egnos project is to launch a first operational prototype of E112 and emergency service co-ordination LBS (Location Based Services) as well as to stimulate the EGNOS and Galileo market. 15

16 Project FieldFact The FieldFact project investigates the benefits and opportunities of Galileo in agriculture. The project increases the awareness of the sector in the potentials of Galileo and promotes the platform and associated services in agriculture. Satellite location and navigation is increasingly used in agriculture to provide the farmer and other players in agriculture accurate and timely information on where and when activities take place. Partners: Alterra ISPC-JRC Ekotoxa Opava VexcelNetherlands PPO University of Warmia and Mazure The EKOTOXA OPAVA Ltd. company is a centre of research, development and expertise, which is working simultaneously in several basic scientific fields, namely: environment agriculture forestry informatics 16

17 Activities towards EC (6FP) Project ERA-STAR Regions (leader Region Wallonne) Czech Partner: Czech Space Office Project CASTLE (leader GruenderRegio München) Czech Partners: Czech Space Office, Czech Technical University, AutoTag company 17

18 Project CASTLE Clusters in Aerospace and Satellite Navigation Technology Applications linked to Entrepreneurial Innovation 18

19 Activities towards EC (7FP) New CSO SatNav Projects for FP7-REGIONS : ENCADRE CALLISTO BUSTER INNOFIT 19

20 European Network of SATNAV/SPACE Clusters for Applications Development (ENCADRE) European space applications bodies mapping (Clusters matrices) members type (SME, LE, Research Center/University) Clustering (Cluster network participation / link) Regional Authorities Innovation Drivers Needs of companies Region / Small country: Alsace Aquitaine Andalusia Austria(Vienna) Baden-Wurttenberg BarcelonaBavaria Brandenburg Bremen Bretagne Cambridge Cannes Catalogne Czech Republic (Prague) Hessen Hungary Leiden Lombardy Madrid Midi Pyrénées (Toulouse) Mecklenburg Vorpommern Nice Nord Pas de Calais Poland Provence côte d'azur Rome Slovenia South EasEngland Stuttgart The Netherlands Tuscany Venise Walloon Region 20

21 CALL to Improve Satellite-navigation cluster Organisation (CALLISTO) WORK PROGRAMME TOPICS ADDRESSED: Call: FP7-REGIONS Mapping of the key technologies in support of focused R&D policies. Cooperation, learning and networking activities about satellite navigation R&D programmes policies, strategies and services for the satellite navigation sector among European Regions. Sharing best practices and regional data in the space related sectors. Exchanging experiences and best practices with other European region LIST OF PARTICIPANTS: Region Lazio IT Prague Region - Czech Space Office (CSO) CZ Region Hertfordshire UK Basque country in Spain 21

22 Building aerospace-clusters in Europe (BUSTER) WORK PROGRAMME TOPICS ADDRESSED: Call: FP7-REGIONS Activity3.1 Analysis, mentoring and integration of research actors Topic: Bringing the benefits of research to SMEs LIST OF PARTICIPANTS: Wirtschaftsförderung Region Stuttgart (WRS) DE Forum Luft- und Raumfahrt Baden-Württemberg e.v. (LRBW) DE University of Stuttgart (UNIS) DE FINPIEMONTE S.p.A (FPI)ItalyPolitecnico di Torino (POLITO) IT Torino Chamber of Commerci (CCIAA To) IT Southwest Regional Development Agency (SWRDA) UK ONERA FR Chambre de commerce et d industrie de Paris (CCIP) FR Czech Space Office (CSO) CZ ChipInvest (CHIPINV) CZ VSB, Technical University of Ostrava (VSB) CZ 22

23 Innovation Benefits Europe (INNOFIT) WORK PROGRAMME TOPICS ADDRESSED: Call: FP7-REGIONS Activity3.1 Analysis, mentoring and integration of research actors Topic: Bringing the benefits of research to SMEs LIST OF PARTICIPANTS: Centre for Technology and Innovation Management (CeTIM) NL (Coordinator) GruenderRegio M DE ESoCE NET IT Living Lab Leiden Foundation NL bavairia DE Czech Space Office CZ 23

24 National GALILEO Program Ministry of Transport - National Contact Point Galileo > Czech Space Office - Project Involvement of CR in the Galileo Programme Period , budget 2.3 M 24

25 Czech Technical University in Prague 25

26 GALILEO Public Relations International Conference: - NavAge 2006 Prague, March GALILEO Services: Chances for Business, Prague, April its 07 Prague GALILEO Masters European competition on GNSS application service 26

27 its Prague PROGRAMME PROFILE: , 9:00 17:00 1st conference day Congress centre of the Hotel Olšanka in Prague , 19:00 Evening Party Ceremonial hall of the CTU in Prague, Bethlehem Chapel , 9:00 17:00 2nd conference day Congress centre of the Hotel Olšanka in Prague , 14:00 16:30 Technical excursion W W W. I TS P R A G U E. C Z 27

28 Transport Telematics Association Czech Republic (SDT ČR) Mission The main mission of the Transport Telematics Association Czech Republic (hereinafter referred to as SDT or Association) is to support implementation of ITS products and services in the Czech Republic with the key personalities and organizations, to shape an uniformed opinion of ITS and harmonization of national ITS activities with similar organizations in an international scale. The following groups were established: Digital Maps and Traveler Information, City Mass Transport, Traffic Telecommunication Systems, Vehicle Weighing, Digital Tachograph. 28

29 GALILEO Masters 2005 ICE Personal Watcher Immobiliser Central Europe, Ltd. (ICE) has received in 2005 during world exhibition SYSTEM 2005 prestigious award GALILEO Masters 2005 for its innovative product Personal Watcher. ICE Personal Watcher is advanced GPS/GSM electronic equipment designed for mass application, especially for tracking and communication with kids, handicapped people and members of security forces. 29

30 GALILEO Masters 2006 Regional Winner Czech Republic / Prague Non-discriminative on-board unit (OBU) for electronic toll collection, together with algorithms for identification of toll laps passed. Being an integration of GNSS, GSM and DSRC technologies, the unit complies with EC/2004/52 and CEN 278 standards and E9 Group recommendation as well. The unit can be easily installed and can operate independently of on-board power supply. Highly reliable and fault-tolerant FROG (Fuzzy-probabilistic resolution of Routes Or Gantries) system recognizing passing through toll laps is implemented in the unit. The unit can be installed on the windscreen of a truck in a few minutes. It can operate for as long as 48 hours without power supply, or it can be plugged to the vehicle power socket, e.g. using the cigarette lighter connector. The unit has been successfully tested in the road infrastructure intended for performance-based toll collection in the Czech Republic this year. Toll laps passed were recognized and toll data collected were transferred to the billing centre with reliability higher than 99% OBU toll unit mounted to the windscreen of a car 30

31 Some examples for the Czech Space Technology Infrastructure Czech Republic is a place of excellence for aeronautics, space technology, satellite navigation, earth observation / remote sensing, geoinformation systems and aerospace research. More than 40 Czech companies are engaged in space and communication business. CSO is actively cooperating with companies, governmental investment and business development agencies in an effort to consolidate potential space industrial capacities in the Czech Republic and support their engagement into international space-related programs. 31

32 Vibration test of the Mimosa satellite 32

33 ESA Project SWARM SWARM Accelerometer (ACC) development and production by VZLU Prague (According to Contract with EADS-Astrium) 33

34 Czech Space Research Centre CSRC project management system integration technology transfer quality assurance mechanical design and manufacturing electronics design and manufacturing software design and implementation high rel./system manufacturing (Clean Room) 34

35 Mechanical parts for Satellites 35

36 THANK YOU FOR YOUR ATTENTION! 36