Energy optimization for WSN architecture and self test Embedded processor

T. Jackulin, M. Ramya, C. Subashini
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引用次数: 6

Abstract

Online testing of processors integrated in WSN nodes operates on battery, and battery duration determine the lifetime of the system, this paper proposes an new clustering Embedded systems less resource utilization. Clustering is a new approach to efficiently utilize the energy of sensor nodes, this approach helps to reduce the network traffic as well as resources utilization, we propose a new energy efficient and reliable clustering algorithm called ACTOR DIRECTED CLUSTERING PROTOCOL (ADCP) that increases the life time of network and our simulation results in efficiently deliver data to an actor node with minimum delay, that helps for taking a quick action and control the attack in its initial stage. Actor Directed Clustering protocol (ADCP) algorithm is used for election and maintaining network traffic clustering Technique is modified for WSN, Low power ratio can be achieved. A link life time prediction routing algorithm can be added with the ADCP protocol. Simulation results show that energy savings at processor level are up to 40 % percent.
无线传感器网络架构的能量优化及嵌入式处理器的自检
集成在WSN节点上的处理器的在线测试依赖于电池,而电池的寿命决定了系统的寿命,本文提出了一种新的资源利用率更低的集群嵌入式系统。聚类是一种有效利用传感器节点能量的新方法,这种方法有助于减少网络流量和资源利用率,我们提出了一种新的节能可靠的聚类算法,称为ACTOR定向聚类协议(ADCP),该算法增加了网络的生命周期,并且我们的仿真结果表明,它能以最小的延迟有效地将数据传递给ACTOR节点,有助于采取快速行动并控制攻击的初始阶段。采用参与者定向聚类协议(Actor Directed Clustering protocol, ADCP)算法进行网络流量的选择和维护,改进了WSN的聚类技术,实现了低功耗比。ADCP协议中可以添加链路寿命预测路由算法。仿真结果表明,该方法在处理器级的能耗节省高达40%。
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