Node localization by using fuzzy optimization technique in wireless sensor networks

Saroj Kumar Rout, A. Rath, Chidananda Bhagabati, P. K. Mohapatra
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引用次数: 4

Abstract

Localization in Mobile Sensor Network presents, a never seen before challenge in this modern era. Localization algorithms somehow able to manage to solve the problem in a practical deployment. The following dossier article comes up with an idea to solve the trilateration problem. We propose Fuzzy Based Eminence of Trilateration (FBEOT) that helps in defining an efficient and dynamic mapping of nodes and relationship among ranging noise factor with objects. It is specific in FBEOT, that we design a dynamic Fuzzy optimization localization method, in which the most efficient and powerful node is selected for trilaterations process of localization in sensor network. To confirm this Dynamic Framework, combination of fuzzy optimization & TDOA technique with an efficient protocol is used. FBEOT is suitable in calculating trilateration accuracy factor and also the proposed localization method significantly improves localization performances.
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基于模糊优化技术的无线传感器网络节点定位
移动传感器网络的定位在当今时代提出了前所未有的挑战。定位算法在某种程度上能够解决实际部署中的问题。下面的档案文章提出了一个解决三边问题的思路。我们提出了基于模糊的三边隆起(FBEOT),它有助于定义节点的有效和动态映射以及测距噪声因子与目标之间的关系。在FBEOT中,我们设计了一种动态模糊优化定位方法,在传感器网络中选择最有效和最强大的节点进行定位过程。为了验证这一动态框架,采用了模糊优化与TDOA技术相结合的有效协议。FBEOT适用于计算三边定位精度因子,该定位方法显著提高了定位性能。
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