An IMMPDA filtering algorithm is presented for radar management and tracking maneuvering targets in the presence of false alarms and Standoff Jammer. The performance of the designed algorithm is evaluated by Monte Carlo simulation. The results obtained over six benchmark test scenarios demonstrate that the tracking filter satisfy the performance restriction on a maximum allowed track loss of 4 %, posed by the benchmark problem. The achieved average sampling interval is approximately 2.85 sec and the average power is about 8.24 W. The paper reports preliminary results of an ongoing study and further investigation is under way
BT - Information & Security: An International Journal DA - 1999 DO - 10.11610/isij.0205 LA - eng N2 -An IMMPDA filtering algorithm is presented for radar management and tracking maneuvering targets in the presence of false alarms and Standoff Jammer. The performance of the designed algorithm is evaluated by Monte Carlo simulation. The results obtained over six benchmark test scenarios demonstrate that the tracking filter satisfy the performance restriction on a maximum allowed track loss of 4 %, posed by the benchmark problem. The achieved average sampling interval is approximately 2.85 sec and the average power is about 8.24 W. The paper reports preliminary results of an ongoing study and further investigation is under way
PY - 1999 SP - 55 EP - 68 T2 - Information & Security: An International Journal TI - An IMMPDAF Solution to Benchmark Problem for Tracking in Clutter and Stand-off Jammer VL - 2 ER -