基于邻接矩阵的无线传感器网络能量有效调度S-MAC协议
Adjacency Matrix Based Energy Efficient Scheduling using S-MAC Protocol in Wireless Sensor Networks
摘要：
通信是任何网络的主要动力，无论是无线传感器网络，Ad-Hoc网络，移动网络，有线网络，局域网，城域网，无线局域网等，因此它必须是节能的。能量有效通信的主要参数是最大化网络寿命，节省能源在不同的节点，发送数据包在最小的时间延迟，更高的吞吐量等。本文主要侧重于能量有效通信的邻接矩阵的帮助下，在无线传感器网络。能量有效的调度可以通过将空闲节点置于睡眠节点中来完成，因此可以节省空闲节点处的能量。本文提出的模型首先形成邻接矩阵，并从控制器节点向同一簇中的其他节点广播关于现有节点的总数量和深度的信息。当每个节点接收到关于相同集群的其他节点的节点信息时，它们基于最短深度进行通信，并且将空闲节点调度到睡眠方式达特定时间阈值，从而可以节省空闲节点处的能量。
英文摘要：
Communication is the main motive in any Networks whether it is Wireless Sensor Network, Ad-Hoc networks, Mobile Networks, Wired Networks, Local Area Network, Metropolitan Area Network, Wireless Area Network etc, hence it must be energy efficient. The main parameters for energy efficient communication are maximizing network lifetime, saving energy at the different nodes, sending the packets in minimum time delay, higher throughput etc. This paper focuses mainly on the energy efficient communication with the help of Adjacency Matrix in the Wireless Sensor Networks. The energy efficient scheduling can be done by putting the idle node in to sleep node so energy at the idle node can be saved. The proposed model in this paper first forms the adjacency matrix and broadcasts the information about the total number of existing nodes with depths to the other nodes in the same cluster from controller node. When every node receives the node information about the other nodes for same cluster they communicate based on the shortest depths and schedules the idle node in to sleep mode for a specific time threshold so energy at the idle nodes can be saved.
机构、总结、中文摘要均由AI分析而来，可能存在错误，请以论文正文为准。
