Adaptive Detection for Distributed Targets in Non-homogeneous Environments

Bandiera F, Orlando D, and Ricci G. CFAR detection of extended and multiple point-like targets without assignment of secondary data [J].IEEE Signal Processing Letters.2006, 13(4):240-243[2]Conte E, De Maio A, and Ricci G. GLRT-based adaptive detection algorithms for range-spread targets [J].IEEE Transaction on Signal Processing.2001, 49(7):1336-1348[3]Kelly E J. An adaptive algorithm [J].IEEE Transactions on Aerospace and Electronic Systems.1986, AES-22(1):115-127[4]Shuai X, Kong L, and Yang J. Performance analysis of GLRT-based adaptive detector for distributed targets in compound-Gaussian clutter[J].Signal Processing.2010, 90(1):16-23[8]Wang P, Li H, and Himed B. A bayesian parametric test for multichannel adaptive signal detection in nonhomogeneous environments [J].IEEE Signal Processing Letters.2010, 17(4):351-354[9]Bidon S, Besson O, and Tourneret J Y. A bayesian approach to adaptive detection in nonhomogeneous environments[J].IEEE Transaction on Signal Processing.2008, 56(1):205-217[11]Robey F C, Fuhrmann D R, and Kelly E J, et al.. A CFAR adaptive matched filter [J].IEEE Transactions on Aerospace and Electronic Systems.1992, 28(1):208-216[12]Bidon S, Besson O, and Tourneret J Y. The adaptive coherence estimator is the generalized likelihood ratio test for a class of heterogeneous environments [J].IEEE Signal Processing Letters.2008, 15:281-284