Abstract Deceptive jamming can get vivid jamming effect on Multiple-Input Multiple-Output (MIMO) radar with very low power. In order to remove those deceptive targets, one method based on signal jittering, data fusion and fake target notch filtering is proposed in this paper. Multiple orthogonal binary phase codes are used as transmitted signals, before each time of transmission each transmitter will choose one signal from all the orthogonal codes, images of echoes of all kinds of codes are detected with constant false alarm rate. Targets detected in images of echoes of all different signals are fused to determine to be real or not, fake targets will be nulled by notch filtering in the image, therefore, weak real targets can be detected in the next round of detection, in this way fusion and notch filtering are implemented again and again until no fake targets exist. The effect of deceptive jamming on radar will be removed completely. Simulation result testifies that the method based on signal jittering, data fusion and notch filtering can help MIMO radar remove deceptive jamming completely.
The National Natural Science Foundation of China (No. 60971100) and Natural Science Foundation of Shaanxi Province (2011JQ8040)
About author: Li Wei(S’99-M’02), received the B.Sc and M.Sc degrees from the AirForce Engineering University, and the Ph.D. from National University of Defense Technology in 2006. He is currently a lecturer at AirForce Engineering University. His research interests are in the areas of Electronic Warfare, Radar signal processing. Dr. Li was a winner of the GuangHua awards at the National University of Defense Technology in 2006, and has published more than 30 papers on international conference proceedings and journals. And he is reviewers of IGARSS11, Acta Electronics, Signal Processing. E-mail| liwei_xian@yahoo.com.cn
Cite this article:
Li Wei,Wang Xing-liang,Zou Kun et al. Anti Deceptive Jamming for MIMO Radar Based on Data Fusion and Notch Filtering (in English)[J]. JOURNAL OF RADARS, 2012, 1(3): 246-252.
2012, Vol. 1 
