Path Selection with Nature Inspired Algorithm in Wireless Sensor Networks

R. G., Amarendra K
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Abstract

Wireless Sensor Networks consists of autonomous nodes which are capable of sensing the data and communicating to the data center. Now a day we cannot imagine without communication. Reliable and fastest data transmission is always a challenge in a network which is in dynamic in nature. There are many Machine Learning, Neural Networks approaches were used in the networks for better system and we introduced Nature inspired algorithm with WSN for a best path to the sink node with minimum of energy utilization to improve the network framework. Along with the path, transmission reliability is also observed, which the most important key factor in the communication is. The main motto behind the path selection with the proposed nature Inspired algorithm is to select the optimum path from the source node to the Cluster head and to the other cluster head till reaches the destination, data center. In which highest weight node is chosen as a cluster head to receive the data from the neighbors and transmits to the base station with minimum energy utilization.
基于自然启发算法的无线传感器网络路径选择
无线传感器网络由能够感知数据并与数据中心通信的自主节点组成。现在我们无法想象没有交流的一天。在动态网络中,可靠、快速的数据传输一直是一个挑战。有许多机器学习,神经网络方法被用于网络中以获得更好的系统,我们引入自然启发的算法与WSN一起以最小的能量利用到汇聚节点的最佳路径来改进网络框架。除了路径之外,还观察到传输可靠性,这是通信中最重要的关键因素。提出的自然启发算法的路径选择背后的主要原则是从源节点到簇头,再到另一个簇头,直到到达目标数据中心,选择最优路径。其中,选取权值最高的节点作为簇头,接收来自相邻节点的数据,并以最小的能量利用率发送到基站。
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