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首页> 外文会议>ICCCI 2013;International Conference on Computer Communication and Informatics >Energy Conservation in Wireless Sensor Network using Block Cellular Automata
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Energy Conservation in Wireless Sensor Network using Block Cellular Automata

机译：基于块元胞自动机的无线传感器网络节能

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Energy conservation is a very critical issue in WSN. A lot of work has been done on the techniques of topology control so that sensor nodes which are not in direct use can be put to a low power consuming state, thus saving energy. Recently improvements have been done in this field by considering individual sensors as individual cell in a grid and applying cellular automata principles to it. Our work uses Block cellular automata, thus considering a number of sensor nodes as a group or block. The grouping or clustering is performed by Grid clustering technique. The member nodes of a block or cluster will select a Cluster Head (CH), which will represent the block as a whole. The CA principles are applied here, by taking a whole block as a single unit and it will decide on the power mode of the CH. Other power conservation algorithms are applied within the cluster so as to increase the overall network lifetime.
机译：在无线传感器网络中，节能是一个非常关键的问题。在拓扑控制技术方面已经做了大量的工作，以便将不直接使用的传感器节点置于低功耗状态，从而节约能源。最近，通过将单个传感器视为网格中的单个单元，并将元胞自动机原理应用到网格中，这一领域已经取得了一些进展。我们的工作使用块元胞自动机，因此将多个传感器节点视为一个组或块。通过网格聚类技术进行分组或聚类。块或簇的成员节点将选择一个簇头（CH），它将代表整个块。这里应用CA原则，将整个块作为单个单元，它将决定CH的功率模式。在集群内应用其他功率节约算法，以增加整个网络寿命。

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