The era of Wireless Sensor Network (WSN) emerged due to the advancement in information technology for internet of things. In WSN large numbers of sensor nodes are deployed to sensing and collecting information from its surrounding and send them to the base station with the help of routing protocol. Routing protocols are used to maintain and identify the routes in the network. Energy consumption is a major challenge in WSN. There are various routing protocols for handling routing problems as well as optimizing energy consumption in WSN. In this paper we have used Qual Net 7.1 simulator to perform simulation analysis of IARP, RIP and STAR routing protocols based on different performance metrics such as number of update packets sent, node wise energy consumption as well as percentage of time in different modes, average energy consumed in transmit, receive and idle mode with different terrain sizes and varying simulation time in transmit mode.
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机译：由于信息技术的进步，无线传感器网络（WSN）的时代出现了。在WSN中，大量的传感器节点部署到从其周围的周围感测和收集信息，并在路由协议的帮助下将其发送到基站。路由协议用于维护和识别网络中的路由。能源消耗是WSN中的主要挑战。有各种路由协议，用于处理路由问题以及优化WSN中的能耗。在本文中，我们使用了Qual Net 7.1 Simulator来根据不同的性能指标进行IARP，RIP和星形路由协议的仿真分析，例如发送的更新数据包数量，节点明智能耗以及不同模式的时间百分比，平均在发射，接收和空闲模式中消耗的能量，具有不同的地形大小和传输模式中的变化模拟时间。
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