首页> 外文会议>International conference on wireless networks;ICWN'08;Worldcomp'08 >Automatic Position Determination of Fixed Infrastructure Sensor Network Nodes based on Topology Sensing and Maps
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Automatic Position Determination of Fixed Infrastructure Sensor Network Nodes based on Topology Sensing and Maps

机译:基于拓扑感应和地图的固定基础设施传感器网络节点自动位置确定

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The tracking of objects and humans has recently received a lot of attention as a tool to improve business processes, occupational and public safety. In industrial environments wireless sensor networks can facilitate deployment of tracking applications as they can establish a standalone communication infrastructure (a so called mesh network). Many such positioning and location tracking systems deploy a fixed infrastructure (so-called beacons) with known positions to determine the position of mobile nodes in the network. For large-scale deployments the installation effort of such systems may be a major cost-factor, as the exact position of each beacon needs to be manually determined and associated with map material.We therefore propose a position determination tool that automatically finds the positions of beacons based on the sensor network's topology, digital map material of the environment, and a small set of anchor nodes.
机译:对象和人类的跟踪最近被称为改善业务流程,职业和公共安全的工具。在工业环境中,无线传感器网络可以促进跟踪应用的部署,因为它们可以建立独立的通信基础架构(所谓的网状网络)。许多这样的定位和位置跟踪系统部署具有已知位置的固定基础设施(所谓的信标)以确定网络中的移动节点的位置。对于大规模部署,这种系统的安装工作可能是主要成本因素,因为每个信标的确切位置需要手动确定和与地图材料相关联。 因此,我们提出了一种位置确定工具,该工具基于传感器网络的拓扑,数字地图材料以及一小组锚节点来自动找到信标的位置。

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