Effect of nonstationarity on radio-mobile channel capacity

Mobile radio channels are often frequency selective channels and time varying channels. The purpose of this paper is to compute the maximal achievable mutual information for radio-mobile communications in presence of both time and frequency dispersion. The maximal mean capacity is computed when the channel frequency response is perfectly known at both the receiver and emitter sides. This paper also presents the impact of imperfect channel estimation on the channel capacity. A simulation with the GSM Hilly Terrain channel model is also considered.