Study on the Influence of Signal Compensation on Positioning Effect Based on Simulation Modeling
With the widespread application of indoor positioning technology,the high labor and time costs of field testing have become major obstacles in research and development.This article aims to study the impact of signal compensation technology on indoor positioning accuracy through simulation,in order to reduce these costs.First,based on the theoretical basis of wireless communication,a simulation model of indoor positioning was established to simulate the signal propagation and compensation process in a complex indoor environment.Then,through simulation experiments,data are collected to analyze the specific impact of signal compensation on positioning accuracy,and the results are compared and verified with those without signal compensation.The study found that appropriate signal compensation parameters can significantly improve the accuracy of indoor positioning,and the simulation results have a high reference value for field testing.The methods and findings of this study not only reduce the preparatory work and costs of indoor positioning system development,but also provide effective theoretical support and practical guidance for the optimization of indoor positioning technology.
NETL
NSTL
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