Improved Quality of Services with Intelligent MAC in Wireless Sensor Networks for Mission Critical Applications

Abhijit Halkai, Sujatha P. Terdal, Shivani S. Bhasgi
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Abstract

Wireless sensor networks are very feasible to monitor where human reach is impossible. But conserving the limited resource and maintaining Quality of service is the challenging task. There is most need to design an algorithm to maintain quality of services. In this paper we have designed node layered division MAC with adaptive listening based on the queue size at the transmitting cluster node. The proposed protocol attenuates the problem of collision and unfair distribution of power among the nodes. When compared with the existing algorithms, IQMAC outperforms in terms of network lifetime, delay, PDR and collision probability.
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在关键任务应用的无线传感器网络中使用智能MAC提高服务质量
无线传感器网络在人类无法到达的地方进行监测是非常可行的。但是,如何节约有限的资源并保证服务质量是一项具有挑战性的任务。最需要的是设计一种算法来保持服务质量。本文根据发送集群节点的队列大小,设计了具有自适应侦听功能的节点分层划分MAC。该协议降低了节点间的冲突和权力分配不公平的问题。与现有算法相比,IQMAC在网络生存时间、延迟、PDR和碰撞概率等方面都有较好的性能。
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