NEWSBRIEFS –GALILEO UPDATES		
		     Sep 2007 | Comments Off on NEWSBRIEFS –GALILEO UPDATES
	  			
  
    
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|  | Galileo to support global                        search and rescueThe detection of emergency beacons                          will be greatly improved by the                          introduction Galileo. It will carry                          transponders to relay distress signals                          to search and rescue organisations. In                          connection with this, representatives of                          the Galileo project attended the recent                          21st annual Joint Committee Meeting                          of COSPAS-SARSAT, the international                          programme for satellite-aided search                          and rescue. The partners in Galileo are                          committed to developing the Galileo                          search and rescue component as an                          integral part of MEOSAR (Medium                          Earth Orbit Search And Rescue, the                          future worldwide search and rescue                          satellite system. Galileo joined the                          meeting in a formal capacity as a                          major contributor to the MEOSAR                          programme, following the signature of                          the ‘Declaration of Intent to Cooperate                          on the Development and Evaluation                          of MEOSAR’. It is a programme to                          equip satellites that operate in medium-                          Earth orbits with payloads that receive                          signals from distress beacons on Earth.                          These signals are then relayed to rescue                          organisations, giving them the location                          of the emergency. www.gpsdaily.com
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| The scientific aspects                        of GalileoA colloquium on the scientific and                          fundamental aspects of the Galileo                          (satellite navigation) programme                          will take place in Toulouse, France,                          from 1 to 4 October addressing three                          major issues: The fundamental                          aspects of navigation by satellites                          and Galileo; Scientific applicationsin meteorology, geodesy, geophysics,                          space physics, oceanography, land surface                          and ecosystem studies; and in Scientific                          developments in physics and dealing with                          future systems. www.congrex.nl/07a06/
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|  | EADS, Thales, Finmeccanica                          in pact on their future                        Galileo project roleEADS, Thales and Finmeccanica have                          reached an agreement in principle on                          sharing responsibilities for pressing                          ahead with their roles in the troubled                          European satellite navigation network                          Galileo, the daily Les Echos said, citinga                          source. tfn.paris@thomson.com mjs/lce
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|  | Giove-A test Campaign                        CompletedThe test campaign using the large antenna                          at Chilbolton Observatory to analyse the                          navigation signals transmitted by Giove-                          A, has been successfully completed.                          Following its launch in December 2005,                          Giove-A began transmitting navigation                          signals. Analysis of these signals has                          involved several facilities, at ESA’s                          European Space Research and Technology                          Centre, in the Netherlands, the ESA                          ground station at Redu, in Belgium, and                          the Rutherford Appleton Laboratory                          Chilbolton Observatory in the UK.                          Analysis of the signals has allowed some                          adjustments to be made, re-programming                          the spacecraft’s navigation signal                          generation unit to compensate for changes                          to the signals introduced by the amplifier                          that boosts them for transmission to                          Earth and by a filter that protects adjacent                          frequency bands from interference. |  |  |  | 
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