Efficient Energy Management in Mobile MIMO Cooperative Sensor Networks (M-MCSN)

Lincoln Mohanty, Saikath Bhattacharya, S. S. Singh
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Abstract

One of the most important issues in Wireless Sensor Nodes (WSN) is the proper utilization of the energy and reduction in its consumption. Energy consumption in a node takes place at places: (I) circuit level for processing the data and performing some actions, (II) power consumption during transmission. For our model we have considered both the parameter into a simplified equation. We considered various WSN systems consisting different no of sensor nodes and with different topologies are also selected for our simulation purpose. We found that operating the WSN in a Multi input Multi output (MIMO) manner we can reduce the overall energy of the system. Parameters like first packet send, last packet send, and total bytes send, first packet received, total packet received are compared and analyzed.
移动MIMO协同传感器网络(M-MCSN)的高效能量管理
无线传感器节点(WSN)的一个重要问题是如何合理利用能量,降低能量的消耗。节点的能量消耗发生在以下几个方面:(1)处理数据和执行某些动作的电路层面;(2)传输过程中的功耗。对于我们的模型,我们把这两个参数都考虑成一个简化的方程。我们考虑了由不同数量的传感器节点组成的各种WSN系统,并为我们的仿真目的选择了不同的拓扑结构。研究发现,以多输入多输出(MIMO)的方式运行WSN可以降低系统的总能量。对发送的第一个包、最后一个包、发送的总字节数、接收的第一个包、接收的总包数等参数进行比较和分析。
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