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The research of event-based intelligent prediction with minimum energy consumption of wireless sensor network node state transition strategy

机译:无线传感器网络节点状态转移策略中基于最小能耗的基于事件的智能预测研究

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Whether the state transition of wireless sensor network (WSN) nodes that are based on energy-efficient can be carried out is related to the parameters of the subsequent event's occurrence such as time, and a previous estimation of the time for the uncertain events' occurrence is necessary. In this paper, we proposed a grey multistage model with a buffer operator is utilised to get the distance between nodes, and the delivered information is predicted by PSO algorithm and is amended by Kalman filtering, then, the fuzzy reasoning based on vague set is applied to get the time value of sensor networks' uncertain events. The state transition of Wireless Sensor Networks' nodes is controlled by the time values of uncertain events and the input signal. So that the Wireless Sensor Networks' nodes can get into the optimal working mode and achieve the purpose of extending the life cycle by saving the node's energy.
机译:是否可以执行基于节能的无线传感器网络(WSN)节点的状态转换与后续事件发生的参数(例如时间)以及不确定事件发生时间的先前估计有关。有必要的。本文提出了一种带有缓冲算子的灰色多级模型,用于获取节点之间的距离,并通过PSO算法对传递的信息进行预测,并通过卡尔曼滤波对其进行修正,然后应用基于模糊集的模糊推理获得传感器网络不确定事件的时间值。无线传感器网络节点的状态转换由不确定事件的时间值和输入信号控制。使无线传感器网络的节点可以进入最佳工作模式,并通过节省节点的能量来达到延长生命周期的目的。

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