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OmniSTAR BV

OmniSTAR BV. Presentation by Ir. Hans Visser Technical Manager& New Business development. March 2005. World-Wide real-time decimeter positioning and navigation based on a global network or precise orbit-clock solution. Overview of Presentation. Fugro OmniSTAR

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OmniSTAR BV

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  1. OmniSTAR BV Presentation by Ir. Hans Visser Technical Manager& New Business development March 2005 World-Wide real-time decimeter positioning and navigation based on a global network or precise orbit-clock solution

  2. Overview of Presentation • Fugro • OmniSTAR • How does OmniSTAR work • Products • VBS DGPS Virtual Base Station • HP High Performance Recent improvements • XP eXtended Performance (Orbits and Clocks) • Conclusions • Future

  3. FUGRO GROUP

  4. Fugro Overview • FUndation and GROund= FUGRO • Headquarter Netherlands • 8000 employees World-Wide • 200 offices in over 50 countries • Merge with Thales-Geosolutions Nov 2003 • Integrate the Landstar network • Include the XP solution • Turnover 1,022 Billion Euro over 2004 • Profit 65 Million Euro over 2004

  5. STRUCTURE OF THE FUGRO GROUP FUGRO GROUP GEOTECHNICAL DIVISION SURVEY DIVISION GEOSCIENCE DIVISION Quantify and qualify resources for oil, gas, minerals and optimise production Investigation & advice on the physical properties of soil and materials for constructions Positioning, mapping and charting, geological advice and support services for developments OmniSTAR BV

  6. OMNISTAR GROUP

  7. OMNISTAR WORLDWIDE Leidschendam Houston Dubai OmniSTAR B.V. OmniSTAR B.V. Singapore Perth Johannesburg OmniSTAR Inc. OmniSTAR Pty. South Africa OmniSTAR Pty.

  8. STRUCTURE OF THE OMNISTAR GROUP OMNISTAR GROUP OmniSTAR Inc. OmniSTAR B.V. OmniSTAR Pty. • Australia • Asia • South Africa • North- & South America • Caribbean • Europe • Russia • Ukraine • Kazachstan • North Africa • Middle East • India • Pakistan

  9. OMNISTAR BV

  10. OMNISTAR BV SALES INTRODUCTION VBS HP APPLICATIONS AM CONTACT US

  11. END-CUSTOMER 4% MILITARY DREDGING 2% 1% GIS AVIATION MAPPING 7% 3% 11% SURVEY 30% AGRICULTURE 42% SYSTEM INTEGRATOR 0% OMNISTAR MARKET SEGMENTS

  12. BELGIUM DENMARK 2% 2% EGYPT 2% USA FR 9% 8% UK 14% UAE 2% GERMANY 22% SPAIN GREECE 6% 1% NL 21% SAUDI ARABIA 2% IRELAND 3% ISRAEL ITALY 2% 4% OMNISTAR MARKET DIVISION (by country)

  13. OmniSTAR Infrastructure • 90 GPS Reference stations • L1/L2 • 10 Glonass Reference stations • 6 High Power Geostationary Satellite beams • EA-SAT Europe/Asia Satellite • AF-SAT Africa • AMSC North America(East/Middle/West) • AMSAT North and South America • APSAT Asia Pacific Satellite • OPTUS Australia Spot beam • 2 Independent Network Control Centers • Houston USA • Perth Australia

  14. OMNISTAR Infrastructure Source:www.surveyplanner.com

  15. Prague OmniSTAR HP Network of Ground Stations Source:www.surveyplanner.com

  16. Prague OmniSTAR HP Send data to Uplink centre Satellite Uplink Source:www.surveyplanner.com

  17. Prague Omnistar HP Send data to Geo-Satellite Satellite Uplink Geostationaire Satellite Source:www.surveyplanner.com

  18. Prague Omnistar HP All calculation in Mobile Satellite Uplink Geostationaire Satellite Source:www.surveyplanner.com

  19. Prague Omnistar HP Networked solution Networked L1/L2-Iono +SV orbit +SV Clock Source:www.surveyplanner.com

  20. HP SCATTERPLOT Netherlands

  21. HP Convergence

  22. OmniSTAR HP INITIALIZATION TIME • Convergence: 20 minutes average for 30 cm CEP • Improvement and implementation: • Use known point as start value: Within 2 minutes • DGPS as start value (50 cm direct, 10 Min for 30cm • Static Convergence: 15 Min • Re-initialization after • loss of signal <5 minute :Direct HP

  23. OmniSTAR 8300 HP Initialisation test

  24. HP Convergence over 80 hourly sample Estimated Standard deviation Real Standard deviation

  25. Convergence is dependant on Geometry

  26. HP Re-initialization How to go get back to HP accuracy in a tunnel or going under trees

  27. Challenging environments

  28. Re-Initialization • Static receiver • September 2003, Lafayette, USA • 69 gaps of 20 s (average)

  29. Re-Initialization, results Success rate: 98.5%, average error: 0.05 m

  30. Static re-initialization tests

  31. Omnistar HP dynamic re-init test

  32. Dynamic re-init accuracy

  33. HP Extend time without Correction

  34. Trees at high elevation

  35. HP Age of correction 4 minutes

  36. No Network correction for 4 Minutes

  37. Error distribution after 4 Minutes

  38. Numerical statistics Age=4 Minutes

  39. OmniSTAR XP

  40. OmniSTAR XP (eXtended Performance) • Absolute positioning • Precise Point Positioning (PPP) • External corrections • Satellite orbits and clocks from JPL • Dual-frequency observations • Ionosphere-free code and carrier

  41. NASA - JPL reference network

  42. OmniSTAR XP Principle

  43. OmniSTAR XP No Reference stations

  44. OmniSTAR XP Broadcast Orbits

  45. OmniSTAR XP Precise Rapid Orbits

  46. OmniSTAR XP Clock offset

  47. PPP – additional error sources • Earth tides • Up to 30 cm • Ocean loading • Up to 5 cm • Polar motion • Up to 2.5 cm

  48. Earth tides, Netherlands, February 2005

  49. 17:00: Up -0.02 m 12:00: Up -0.11 m Earth tides movement

  50. XP - Lafayette, USA Easting, standard deviation: 0.05 m Northing, standard deviation: 0.04 m Height, standard deviation: 0.09 m

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