Implementation of Energy Constraints of S-MAC Protocol

机译：S-MAC协议能量约束的实现

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The popular energy efficient S-MAC protocol gain motivation to improve the battery complications in WSNs due to major part of power get consumed in idle listening and sensing the shared wireless channel repeatedly to find when to transmit. S-MAC decreases the consumption of energy by imploying the sleep wake-up mechanism in the sensors nodes. This paper offers an inclusive simulation by evaluation of S-MAC performance by mutating and inspecting all the parameters following by plotting the reflected performance of variation on other parameters by using Network Simulator NS2. The results obtained are arranged in table alongside their respective plots.

机译：流行的高能效S-MAC协议有动力改善WSN中的电池复杂性，这是因为大部分功率被消耗在空闲侦听和反复感测共享无线信道中以寻找发送时间的过程中。 S-MAC通过在传感器节点中采用睡眠唤醒机制来减少能量消耗。本文通过使用Network Simulator NS2绘制并反映所有其他参数的变化性能，通过变异和检查所有参数来评估S-MAC性能，从而提供了全面的仿真。所获得的结果与它们各自的图一起排列在表格中。

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《International Conference on Reliability, Infocom Technologies and Optimization》|2018年|291-297|共7页
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Meena Malik; Mukesh Sharma;
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Delays; Throughput; Object oriented modeling; Wireless sensor networks; Synchronization; Media Access Protocol;

机译：延迟;吞吐量;面向对象的建模;无线传感器网络;同步;媒体访问协议;

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Implementation of Energy Constraints of S-MAC Protocol

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