Emitter geolocation using single moving receiver
O Bar-Shalom, AJ Weiss - Signal processing, 2014 - Elsevier
Signal processing, 2014•Elsevier
Emitter geolocation using a single moving receiving-station is explored. We propose
algorithms for transponder-aided geolocation of an emitting station where the transmitted
waveform is either known or unknown a priori. The emitter position is estimated directly (in a
single-step) from the received signal samples. Numerical examples are provided to illustrate
the performance. The results are compared with single-step algorithms for multiple-receivers
geolocation system and with the Cramér–Rao lower bound.
algorithms for transponder-aided geolocation of an emitting station where the transmitted
waveform is either known or unknown a priori. The emitter position is estimated directly (in a
single-step) from the received signal samples. Numerical examples are provided to illustrate
the performance. The results are compared with single-step algorithms for multiple-receivers
geolocation system and with the Cramér–Rao lower bound.
Abstract
Emitter geolocation using a single moving receiving-station is explored. We propose algorithms for transponder-aided geolocation of an emitting station where the transmitted waveform is either known or unknown a priori. The emitter position is estimated directly (in a single-step) from the received signal samples. Numerical examples are provided to illustrate the performance. The results are compared with single-step algorithms for multiple-receivers geolocation system and with the Cramér–Rao lower bound.
Elsevier
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