Performance Evaluation of Propagation Model on Rate Algorithms in Vehicular Networks
Kenneth Sorle Nwizege, Michael MacMammah, Mmeah Shedrack, Godson I. Ikhazuangbe, Friday M. Good · 2013
All mobile Communication systems are prone to both multiplicative and additive noise as a result of fading processes that contribute to noise in wireless channels. Losses occur due to the presence of tall buildings, trees, or linear addition of wide band or white noise with a constant spectral density respectively. It is also interested to study the impact of fading processes on vehicular communication that makes use of wireless principles and technology and investigate the performance of the network due to influence of propagation model. This paper evaluates the impact of fading processes on the throughput and energy efficiency of wireless systems in vehicular communication. In this paper we analyze the impact of multiplicative noise on rate algorithms and discussed the performances of various effects of this model on different rate algorithms.