Joint transmitter and receiver optimization for PAM in additive cyclostationary noise

One of the classical problems in communication theory is the problem of jointly optimizing transmitter and receiver waveforms. In this paper, the solution to the joint optimization with the noise modeled as a wide-sense cyclostationary (WSCS) sequence random process with the period of cyclostationarity same as the inverse of the symbol rate. This joint optimization technique for single user channel is of recent interest because it can be applied to iteratively solve the MIMO joint optimization problem. It is worth noting that this scenario includes code-division multiple-access communications over frequency selective channels.