Optimum Noncoherent Receivers for Coded Binary FSK.
INSTITUTE FOR TELECOMMUNICATION SCIENCES BOULDER COLO
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It is shown that the optimum receiver for coded binary noncoherent Frequency Shift Keying FSK depends on the joint probability distribution of mark and space channel phases. Ideal Gaussian noise, steady signal, and perfect timing are assumed throughout. General results and specific receiver implementations are given. Author
- Non-Radio Communications