Analysis on data collection using mobile robot in wireless sensor networks

P. Rajaram, P. Prakasam
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引用次数: 8

Abstract

Recently, owing to the improvement of mass construction, the charge of sensor nodes has reduced considerably, and resource-rich sensor nodes can be prepared with high-technology procedures, for instance GPS. Nevertheless, the capability of the battery for all sensor nodes is measured inadequate in terms of energy. When energy diminution of sensor node fallout in a dead mode that is not capable to correspond with other nodes, this generates a bottleneck in a WSN. The data collection algorithm efficiently retrieved the sensed data from the dead node. Collecting sensed data using this approach will consume more time. Various techniques to approach the process of collecting sensed data using mobile robot in wireless sensor networks. In this paper, observed the latest sensed data collection methods and supply a summary in the applying automatic mobile robot with wireless sensor networks and also associated investigation work with that place. In addition side by side evaluations usually are done between various techniques to explain the advantages along with limitations. In this paper, experimental analysis has been conducted along with various factors to demonstrate the development as well as deployment of the sensed information collecting procedure inside wireless sensor networks.
移动机器人在无线传感器网络中的数据采集分析
近年来,由于大规模建设的提高,传感器节点的费用大大减少,并且可以用高科技的方法制备资源丰富的传感器节点,例如GPS。然而,所有传感器节点的电池能力在能量方面被测量不足。当传感器节点能量衰减到不能与其他节点对应的死态时,就会产生传感器网络的瓶颈。数据采集算法能有效地从死节点中检索到感知数据。使用这种方法收集感测数据将消耗更多时间。利用移动机器人在无线传感器网络中采集感测数据的各种技术。本文对最新的传感数据采集方法进行了综述,并对无线传感网络自动移动机器人的应用以及与之相关的调研工作进行了总结。此外,通常在各种技术之间进行并列评估,以解释其优点和局限性。本文结合各种因素进行了实验分析,展示了无线传感器网络中感测信息采集过程的发展和部署。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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