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Active energy management for harvesting enabled wireless sensor networks

机译:主动能量管理,用于收集启用的无线传感器网络

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In this work, we propose a novel control based scheme for energy management in wireless sensor networks with energy harvesting capability. The problem is viewed as a queue control problem where the objective is to maintain a reference energy level of the energy storage device. A validated nonlinear queueing model is considered and a robust nonlinear controller is considered whose convergence properties are established analytically. The proposed control algorithm incorporates predictions of the energy to be harvested which are generated using the recently proposed Accurate Solar Irradiance Prediction Model (ASIM). The combined control and prediction scheme is evaluated using analysis and simulations. Preliminary simulation results conducted on the NS-3 simulator demonstrate the ability of the scheme to achieve its design objective as the energy level oscillates about values close to the desired level.
机译:在这项工作中,我们提出了一种新的基于控制的方案,用于具有能量收集功能的无线传感器网络中的能量管理。该问题被视为队列控制问题,其目的是维持能量存储设备的参考能量水平。考虑了一个经过验证的非线性排队模型,并考虑了一种鲁棒的非线性控制器,该控制器的解析特性得到了建立。提出的控制算法结合了要收获的能量的预测,该预测是使用最近提出的精确太阳辐照度预测模型(ASIM)生成的。使用分析和仿真评估组合的控制和预测方案。在NS-3仿真器上进行的初步仿真结果证明了该方案能够实现其设计目标,因为能量水平在接近所需水平的值附近波动。

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