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Improved Routing in Wireless Sensor Networks using FLAP

机译:使用襟翼在无线传感器网络中改进路由

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A number of improvements in WLAN leads to the deployment of Wireless Sensor Networks. Generally, WS N is a collection of a number of sensor nodes. Because it is very easy to deploy these sensor nodes so WS N gets popularity very quickly. The main applications of WS N are rescue mission & monitoring the temperature of environment etc. But as WS N has open access so security is very important. A number of security methods are there like WEP, WPA and 802.11i. In Feb. 2014 a protocol named as FLAP was proposed as an efficient and fast authentication protocol. Various nodes in WS N communicate to one another with the help of routing protocols like AODV & DS DV. But the Delay Time due to authentication process in these routing protocols is very high. We used FLAP protocol with DS DV protocol in WS N for the fast authentication purpose and compared its results with DS DV using 802.11i for authentication. The simulation results taken through NS 3 shows that FLAP has better performance as compare to 802.11i security method with DS DV. Comparison has done on the basis of throughput & delay time parameters.
机译:WLAN的许多改进导致无线传感器网络的部署。通常,WS N是多个传感器节点的集合。因为可以很容易地部署这些传感器节点,所以WS n非常快速地获得人气。 WS n的主要应用是救援任务并监控环境温度等,但随着WS N开放访问,因此安全性非常重要。许多安全方法都有WEP,WPA和802.11i。 2014年2月,提出了名为PLAP的协议作为高效和快速的认证协议。 WS N中的各种节点彼此通信,借助AODV&DS DV等路由协议相互通信。但是这些路由协议中的身份验证过程引起的延迟时间非常高。我们在WS N中使用了与DS DV协议的PLAP协议进行了快速认证目的,并使用802.11i进行DS DV的结果进行了认证。通过NS 3采取的仿真结果表明,PLAP与DS DV的802.11i安全方法相比具有更好的性能。比较在吞吐量和延迟时间参数的基础上进行。

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