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Analysis the energy consumption of three wireless vehicle transmission model in shadow-fading environment

机译：阴影衰落环境下三种无线车辆传输模型的能耗分析

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摘要

With the rapid growth of data traffic, the increasing data solutions are more and more difficult to cover, as the energy consumption become the urgent problem. In this paper, considering the shadow-fading effect, we model three traditional transmission model in the wireless vehicle communication environment. The three vehicle transmit model is under the cellular, including the direct transmission model, the transmission model in vehicular cell with fixed relay nodes (FRN) and mobile relay nodes (MRN). After the expression about the relationship between the transmission power and the shadow fading effect with the vehicular penetration loss (VPL) is determined, we deduce the average transmit energy band under the outage probability (OP) set. With considering the effect of the VPL and the shadow-fading, simulation and numerical results indicate that the MRN transmission model is to do better than the other two transmission model in the same OP.
机译：随着数据流量的快速增长，越来越多的数据解决方案越来越难以覆盖，因为能耗已成为迫在眉睫的问题。在本文中，考虑到阴影衰落效应，我们在无线车辆通信环境中对三种传统的传输模型进行了建模。三种车辆的传输模型都在蜂窝下，包括直接传输模型，具有固定中继节点（FRN）和移动中继节点（MRN）的车辆蜂窝中的传输模型。确定了传输功率与阴影衰落效应与车辆穿透损耗（VPL）之间关系的表达式后，我们推导了在中断概率（OP）设置下的平均传输能带。考虑到VPL和阴影衰落的影响，仿真和数值结果表明，在同一OP中，MRN传输模型要比其他两个传输模型做得更好。

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