Distributed time and frequency difference of arrival tracking in clutter
2012 Workshop on Sensor Data Fusion: Trends, Solutions?…, 2012?ieeexplore.ieee.org
We consider passive surveillance using time and frequency difference of arrival signals
received by mobile receiver pairs. Signals received by a pair of receivers are correlated in
time and frequency, followed by a detection process. In addition to the target (emitter)
measurements, we may also create a number of spurious detections in each scan. This
paper considers local (distributed) tracking using these measurements, with the main
purpose of eliminating spurious measurements and enhancing the emitter detection.
received by mobile receiver pairs. Signals received by a pair of receivers are correlated in
time and frequency, followed by a detection process. In addition to the target (emitter)
measurements, we may also create a number of spurious detections in each scan. This
paper considers local (distributed) tracking using these measurements, with the main
purpose of eliminating spurious measurements and enhancing the emitter detection.
We consider passive surveillance using time and frequency difference of arrival signals received by mobile receiver pairs. Signals received by a pair of receivers are correlated in time and frequency, followed by a detection process. In addition to the target (emitter) measurements, we may also create a number of spurious detections in each scan. This paper considers local (distributed) tracking using these measurements, with the main purpose of eliminating spurious measurements and enhancing the emitter detection.
ieeexplore.ieee.org