基于分层移动通信优化算法的应用与仿真

Application and Simulation of Optimization Algorithm Based on Hierarchical Mobile Communication

研究节点移动过程中高效通信问题。移动通信过程中,通信节点会随着路线的变化而变化,通信节点之间的距离也是变化的。上述变化导致通信信号发生不定时的间断。传统的负载通信网络中,仅仅是针对不同节点的距离,进行节点调整通信,没有考虑通信节点的瞬时变化带来的信号中断,通信效果不好。为了避免上述传统算法的缺陷,提出了一种基于分层移动通信优化算法的通信方法。对移动的通信节点进行准确的分层处理,从而获取不同层次中的移动通信节点信息,作为移动通信优化的数据基础。利用分层移动通信优化算法,对不同层次的移动节点进行通信优化处理。实验结果表明,利用改进算法进行节点移动过程中的通信优化处理,能够极大的提高通信的效率,降低通信的误码率,从而满足实际的通信需求。

This paper studied the efficient communication method in the process of the moving node. We presented a communication method based on hierarchical optimization algorithm. Accurate hierarchical processing of nodes in mobile communications was carried out, and the mobile node information in the different levels was obtained as a data base of optimized mobile communication. The hierarchical optimization algorithm for mobile communications was used to optimize different levels of mobile nodes. Experimental results show that the algorithm presented in this paper can greatly improve the efficiency of the eommunieation and reduce the error rate of communication, so as to meet the actual communication needs.