Most motion-based tracking algorithms assume that objects undergo rigid motion, which is most likely disobeyed in real world. In this paper, we present a novel motion-based tracking framework which makes no such assumptions. Object is represented by

A Generalized Clutter Computation Procedure for Airborne Pulse Doppler Radars ALAN L. FRIEDLANDER LARRY J. GREENSTEIN, Member, IEEE IIT Research Institute Chicago, Ill. 60616

A GROUND CLUTTER COMPUTATION PROCEDURE FOR AIRBORNE PULSE DOPPLER RADARS LIU Tao, ZHANG Yong, LUAN .Iin-long, LIU Zhenhua", MA Hong-guang