Abstract :
The following topics are dealt with: receiver and antenna technology, including user hardware, performance improvements, emerging technology, chip technology, OEM equipment, antenna design, anti-jamming techniques; critical infrastructure and components; algorithms for ambiguity resolution, carrier phase positioning, multipath mitigation, integrity processing, performance improvements, positioning scenarios, models, and estimation procedures; coupling and integration of GPS/INS; GPS for predictions of weather and atmospheric effects; aviation, marine, land, and space applications; inertial navigation/guidance systems for military and commercial systems; integrated systems for precision and non-precision approach and landing; consumer applications; inertial sensor/system aiding; satellite systems; MEMS inertial navigation systems; GPS infrastructure; inertial navigation/guidance systems integration, test and evaluation.
Keywords :
Global Positioning System; aerospace instrumentation; aircraft navigation; atmospheric techniques; consumer electronics; inertial navigation; marine systems; microsensors; military systems; missile guidance; radio receivers; receiving antennas; weather forecasting; GPS infrastructure; GPS/INS coupling; GPS/INS integration; MEMS inertial navigation systems; OEM equipment; ambiguity resolution; antenna design; antenna technology; anti-jamming techniques; atmospheric effects; aviation applications; carrier phase positioning; chip technology; commercial systems; consumer applications; critical infrastructure; estimation procedures; inertial navigation/guidance systems integration; inertial navigation/guidance systems test; inertial sensor/system aiding; integrated approach/landing systems; integrity processing; land applications; marine applications; military systems; multipath mitigation; navigation; position location; positioning scenarios; receiver technology; satellite systems; space applications; user hardware; weather prediction;
