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Life time maximization analysis with application to LL MAC RI-MAC protocol in wireless sensor networks

机译:生命周期最大化分析及其在无线传感器网络中的LL MAC和RI-MAC协议中的应用

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Wireless sensor networks plays a vital role in emerging technologies, but the major problem regarding the sensor nodes is the limited energy provided. In order to utilize the energy efficiently a MAC protocol with duty cycle mechanism is being adopted to reduce idle listening problem by periodically putting the sensors to sleep and waking up. It is important to understand which type of duty cycled MAC protocols should be chosen (synchronous or asynchronous). In this paper we propose a Markov queuing model to analyze the throughput of both synchronous and asynchronous protocols with application to LL-MAC (low latency MAC) and RI-MAC (receiver initiated MAC)
机译:无线传感器网络在新兴技术中起着至关重要的作用,但是关于传感器节点的主要问题是所提供的能量有限。为了有效地利用能量,采用了具有占空比机制的MAC协议,通过定期使传感器进入睡眠和唤醒状态来减少空闲监听问题。重要的是要了解应选择哪种类型的占空比MAC协议(同步或异步)。在本文中,我们提出了一个马尔可夫排队模型来分析同步和异步协议的吞吐量,并将其应用于LL-MAC(低延迟MAC)和RI-MAC(接收方启动的MAC)

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