RSSI Based Improved Weighted Centroid Localization Method Using Indirect Transmission and Error Estimation

S. Vinay Prasad, Somnath Sinha
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Abstract

The importance of location on a wireless sensor network cannot be overstated. There are two types of localization procedures now in use: range-free and range-based localization WSN deployment, on the other hand, is fraught with challenges. Localizing a node position is one of the issues. We used range-based location identification methods in this study, with the received signal strength indication as to the primary factor and transmission type, Direct or Indirect as the secondary element. We are using adaptive routing protocol to categorize direct and indirect transmission, weighted centroid method(WCM) for computations and Indirect transmission type calculation is based on average sequence gap values, mathematical formulations, and final error estimation is calculated.
基于RSSI的间接传输和误差估计改进加权质心定位方法
位置在无线传感器网络中的重要性怎么强调都不为过。目前使用的定位方法主要有两种:无距离定位和基于距离定位。定位节点位置是其中一个问题。本研究采用基于距离的位置识别方法,以接收到的信号强度指示为主要因素和传输类型,直接或间接为次要因素。我们采用自适应路由协议对直接传输和间接传输进行分类,加权质心法(WCM)进行计算,间接传输类型的计算是基于平均序列间隙值,数学公式,并计算最终误差估计。
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