The SARSAT rescue system is described and alternative systems discussed, with SARSAT functioning as either independent satellite within an emergency call system or as an additional search and rescue payload of another satellite system. Geostationary and polar orbits are compared. A low cost SARSAT rescue system utilizing four satellites in a quasi solar, sun synchronized orbit at 1000 kilometers is proposed. Three multiple start satellites in a 57 degree orbit, with a fourth satellite in reserve at a lower orbit are described. Alternative transport systems are discussed and a recommended time table from project approval to launch is given
satellites provide continuous coverage of Earth, supplying high-resolution global meteorological, oc...
The use of existing and planned communication satellite systems to provide assistance in the impleme...
Galileo, the European Global Navigation Satellite System is expected to take its place in near futur...
Satellite technology has been an integral part of maritime search and rescue since the Cospas-Sarsat...
The background behind the congressional legislation that led to the requirement for the Emergency Lo...
The launch of NOAA E, an advanced TIROS N (ATN) environmental monitoring satellite, carrying special...
Two types of search and rescue systems not involving satellites are studied; one using a network rad...
U završnom radu analizirani su satelitski sustavi za traganje i spašavanje na moru. Nakon što je pob...
The digital control portion of a low-cost 406-MHz COSPAS/SARSAT emergency beacon has been designed a...
Final report: Feb 1983 - Jan 1985PDFTech ReportDOT-TSC-CG-85-03.3CG-D-29-85.3CG524/R5011Artificial s...
A global system for search and rescue was studied to reduce the time lost between a mishap and rescu...
Low Earth Orbit (LEO) satellites have a limited direct contact time with the stations of their groun...
Field tests of SARSAT personal locater beacons were conducted in the Antarctic to assess the viabili...
Low Earth Orbit (LEO) satellites have a limited direct contact time with the stations of their groun...
In this paper is described introduction of polar earth orbits (PEO) in the function of the satellite...
satellites provide continuous coverage of Earth, supplying high-resolution global meteorological, oc...
The use of existing and planned communication satellite systems to provide assistance in the impleme...
Galileo, the European Global Navigation Satellite System is expected to take its place in near futur...
Satellite technology has been an integral part of maritime search and rescue since the Cospas-Sarsat...
The background behind the congressional legislation that led to the requirement for the Emergency Lo...
The launch of NOAA E, an advanced TIROS N (ATN) environmental monitoring satellite, carrying special...
Two types of search and rescue systems not involving satellites are studied; one using a network rad...
U završnom radu analizirani su satelitski sustavi za traganje i spašavanje na moru. Nakon što je pob...
The digital control portion of a low-cost 406-MHz COSPAS/SARSAT emergency beacon has been designed a...
Final report: Feb 1983 - Jan 1985PDFTech ReportDOT-TSC-CG-85-03.3CG-D-29-85.3CG524/R5011Artificial s...
A global system for search and rescue was studied to reduce the time lost between a mishap and rescu...
Low Earth Orbit (LEO) satellites have a limited direct contact time with the stations of their groun...
Field tests of SARSAT personal locater beacons were conducted in the Antarctic to assess the viabili...
Low Earth Orbit (LEO) satellites have a limited direct contact time with the stations of their groun...
In this paper is described introduction of polar earth orbits (PEO) in the function of the satellite...
satellites provide continuous coverage of Earth, supplying high-resolution global meteorological, oc...
The use of existing and planned communication satellite systems to provide assistance in the impleme...
Galileo, the European Global Navigation Satellite System is expected to take its place in near futur...