Recursive methods are drived for computing detection probabilities for general fluctuating targets in Gaussian noise. For the generalized chi-square family of fluctuating targets, very simple and convenient recursive algrithms result. The methods are also extended to cell-averaging CFAR. Although the detection probability is expressed iw: terms of an infinite series, a convenient expression is derived for the resulting error when the series is truncated. Cell-averaging CFAR results are computed for nonfluctuating, Swering case I, and Swerling case II fluctuating targets.
Recursive Methods for Computing Detection Probabilities
IEEE Transactions on Aerospace and Electronic Systems ; AES-7 , 4 ; 671-676
1971-07-01
1232837 byte
Article (Journal)
Electronic Resource
English
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