5G Wireless Communications Performance Enhancement-Based VANET technology

Orthogonal Frequency Division Multiplexing is considered as a powerful technique that supports the needed recent technologies data rates. Thus, in this work it has been proposed to enhance the vehicular communications as a candidate in the 6G communication systems. The QoS for such systems is a crucial factor; therefore, this work tackles the QoS from both of the power consumption point of view and of the latency enhancements.In this paper, the QoS modification has been made based on two stages; the reduction of the base stations latency and introducing the multiparalell processing stage. Accordingly, antenna deployment process has been proposed in addition to make use of Daubechies wavelet to overcome the peak to average power ratio problem. The efficiency of the proposed work will be compared to both of the literature work and our previously published work.An extensive simulation has been done, which shows he effectiveness of the proposed work. It outperforms the state-of the artwork and gives a 12% performance enhancement of our previously published work.