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Energy Efficient Adaptive Cooperative Communications in Wireless Sensor Networks

机译:无线传感器网络中的高效节能自适应协作通信

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摘要

Energy efficiency is one of the most important performances of a wireless sensor network. In this paper, we show that choosing a proper transmission scheme given the channel and network conditions can ensure a high energy performance in different transmission environments. Based on the energy models we established for both cooperative and non-cooperative communications, the efficiency in terms of energy consumption per bit for different transmission schemes is investigated. It is shown that cooperative transmission schemescan outperform non-cooperative schemes in energy efficiency in severe channel conditions and when the source-destination distance is in a medium or long range. But the latter is more energy efficient than the former for short-range transmission. For cooperative transmission schemes, the number of transmission branches and the number of relays per branch can also be properly selected to adapt to the variations of the transmission environment, so that the total energy consumption can be minimized.
机译:能源效率是无线传感器网络最重要的性能之一。在本文中,我们表明在给定的信道和网络条件下选择合适的传输方案可以确保在不同的传输环境中具有较高的能源性能。基于我们为合作和非合作通信建立的能量模型,研究了不同传输方案下每位能耗的效率。结果表明,在严重的信道条件下以及当源-目标距离在中距离或远距离范围内时,协作传输方案在能量效率方面要优于非协作方案。但是后者在短距离传输方面比前者更具能源效率。对于协作传输方案,还可以适当选择传输分支的数量和每个分支的中继数量,以适应​​传输环境的变化,从而可以将总能耗降至最低。

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