A Fast Multiple-Source Detection and Localization Array Signal Processing Algorithm Using the Spatial Filtering and ML Approach - Tadaion, A.A.; Derakhtian, M.; Gazor, S.; Aref, M.R. (IEEE transactions on signal processing, 2007)
Keywords: Additive white noise; Algorithms; Applied sciences; Array signal processing; AWGN; Computational complexity; detection; Detection, estimation, filtering, equalization, prediction; Detectors; Direction of arrival estimation; Exact sciences and technology; Filtering; Information, signal and communications theory; Intervals; invariant test; Invariants; Localization; maximum-likelihood detection; Miscellaneous; Noise; Nonlinear filters; orthogonal transformation; Position (location); Signal and communications theory; Signal processing; Signal processing algorithms; Signal to noise ratio; Signal, noise; source detection; source localization; source separation; Studies; Telecommunications and information theory; Testing; Upper bound; Upper bounds; Performance evaluation; Spatial frequency filtering; Direction-of-arrival estimation; Source separation; AWGN; Array signal processing; Fast Fourier transformation; Signal estimation; invariant test; Hypothesis test; Linear antenna arrays; Target detection; Signal detection; detection; source detection; Algorithm; Computational complexity; Upper bound; Algorithm performance; Simulation; Source localization; Narrow band signal; Likelihood ratio test; Signal processing; orthogonal transformation; Maximum likelihood; maximum-likelihood detection; Signal to noise ratio; direction-of- arrival estimation