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Reinforcement Learning Strategies for Energy Management in Low Power IoT

机译:低功耗物联网中能源管理的强化学习策略

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Energy management in low power IoT is a difficult problem. Modeling the consumption of a sensor node is complicated, they operate in a stochastic environment. They harvest energy in their environment but energy sources present time-varying behavior. It becomes hazardous to predict in advance the energy behavior of our system. In this paper we propose a new approach using both neural networks to estimate the harvesting energy and reinforcement learning algorithms to find the operating parameters to maximize the node's performance while preserving its energy resources.
机译:低功耗物联网中的能源管理是一个难题。对传感器节点的消耗进行建模很复杂,它们在随机环境中运行。他们在周围环境中收集能量,但是能量源表现出随时间变化的行为。提前预测我们系统的能量行为变得很危险。在本文中,我们提出了一种既使用神经网络来估计收获能量的方法,又使用强化学习算法来查找操作参数以最大化节点的性能,同时保留其能量资源的新方法。

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