无线网络通信节点传输快速性优化研究仿真

Wireless Network Communication Node Transmission Power Simulation Optimization Research

进行无线网络通信节点传输快速性优化,可提高无线网络通信性能。无线网络通信过程中网络数据流量较大,存在无线网络通信数据传输的随机延迟现象,需要消除延迟才能完成无线网络通信节点传输快速性优化,但采用传统方法进行无线网络通信过程延迟消除时,难以做到智能跳读,导致网络通信过程冲突加剧,抗延迟性能较差,无法对网络传输进行有效优化。提出一种弱能量节点参与寻优的无线器通信过程延迟消除方法,对无线网络通信节点传输快速性进行优化。该方法计算无线网络电池惩罚值等能量参数,利用引入惩罚值来调整网络节点的工作顺序,计算网络通信节点的跳变距离,将计算获得的每跳平均距离分组传播至无线网络中,组建无线信道衰退矩阵,获得初始端传送单位比特数据需要的平均发射能量,并以此为依据完成无线网络通信延迟消除。仿真结果表明,所提方法可以有效的对无线网络通信节点传输快速性进行优化。

It can improve wireless network communication performance to optimize its node transmission rapidity. It needs to eliminate delay to achieve the optimization of transmission rapidity. Traditional method is difficult to capacity skipping. It leads to intensify conflict in network communication process and poor anti-delay property. Thus, it cannot effectively optimize network communication. In this paper, we propose an optimal method with delay elimination for weak power network communication node. It can optimize the node transmission rapidity of wireless network communication. The method calculates wireless network battery punishment value equal energy parameter and uses introducing punishment value to adjust network node process line. It calculates network communication node hop distance, and groups and diffuses each hop mean distance to wireless network. It builds wireless channel recession matrix to obtain initial end transfer unit bit data average emitted energy. And it finishes wireless network communication delay eliminating. Simulation resuhs show that the above method can effectively optimize the node transmission rapidity of wireless network communication.