A game between an intelligent jammer J and decision maker DM is considered. DM seeks to detect a coherent slowly fading narrowband signal under a Neyman-Pearson criterion. His observations are corrupted with additive narrowband noise, the source of which is J's jamming with a power constraint, but otherwise almost arbitrary statistics. DM knows J's action but the converse is not true. When the number of samples increases asymptotically, a minimax solution for the game exists where the jamming is Gaussian, independent of the desired signal amplitude level and probability distribution. The same result also holds for detection of a nonrandom baseband signal.
On Optimal Minimax Jamming and Detection of Radar Signals
IEEE Transactions on Aerospace and Electronic Systems ; AES-21 , 3 ; 385-393
1985-05-01
1895057 byte
Article (Journal)
Electronic Resource
English
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