论文部分内容阅读
在无线传感器网络中,针对资源分配过程中保证任务Qo S问题,当前主副版本技术在容错过程未考虑任务Qo S均衡和分配过程中未考虑节点能耗和均衡.本文针对改进当前主副版本技术的不足,既考虑先前主副版本技术中的性能,又同时考虑任务Qo S均衡和节点能量均衡,并结合非完全信息博弈竞标算法提出一种基于改进的主副版本技术提高任务Qo S的无线传感器网络资源分配方法.实验仿真结果表明,该方法较先前的主副版本技术能得到更好的系统容错率,同时又能提高任务Qo S均衡率和节点能量均衡率.
In wireless sensor networks, to guarantee the task Qo S problem in the process of resource allocation, the current primary and secondary version technologies do not consider the task Qo S in the fault-tolerant process and do not consider the node energy consumption and equalization in the process of allocation.This paper aims at improving the current primary and secondary versions The technology not only considers the performance of the previous major and minor versions, but also considers the task Qo S equilibrium and the node energy balance at the same time. Combining with the incomplete information game bidding algorithm, this paper proposes an improved primary and secondary version technology to improve the task Qo S Wireless sensor network resource allocation method.Experimental simulation results show that the proposed method can achieve better system fault tolerance than the previous primary and secondary versions, and meanwhile improve Qo S task equilibrium rate and node energy balance rate.