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首页> 外文期刊>International journal of ad hoc and ubiquitous computing >Peripheral nodes and their effect in path planning in networks
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Peripheral nodes and their effect in path planning in networks

机译:外围节点及其在网络路径规划中的作用

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We consider the problem of designing a path in a network that is as close as possible to most node locations in the network. In particular, we concern the case of designing mobile element tours in sensor networks, used to collect data from the network. The nodes that are not visited by the tour need to transmit their data using wireless multi-hop routing, which is expensive in terms of energy usage, and therefore limits the lifetime of the network. Nodes that happen to be placed in locations that are away from the central areas of the network can result in designing a tour that is skewed towards these 'out of the way' or peripheral nodes. In this work, we propose algorithmic solutions that aim to identify peripheral nodes in the network. We provide experimental evidence that the tour planning algorithms that consider peripheral nodes can significantly improve the solution.
机译:我们考虑在网络中设计一条路径的问题,该路径应尽可能靠近网络中的大多数节点位置。特别地,我们关注在传感器网络中设计用于从网络收集数据的移动元素漫游的情况。巡回未访问的节点需要使用无线多跳路由来传输其数据,这在能源使用方面很昂贵,因此限制了网络的寿命。恰好放置在远离网络中心区域的位置上的节点可能会导致设计的路线偏向这些“偏僻”或外围节点。在这项工作中,我们提出了旨在识别网络中外围节点的算法解决方案。我们提供的实验证据表明,考虑外围节点的旅行计划算法可以大大改善解决方案。

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