The optimal deployment of base-station location is to optimize the deployment location of four base stations in the tetrahedral coverage area determined by the maximum coverage area of the UWB base-station.
Both the location and number of UWB positioning base stations are optimized from a theoretical point of view, and good results are obtained through simulation and experimental verification. Therefore, the paper provides a new reference for the practical deployment application of UWB positioning system.
The distance sion distance of the UWB base-station. The transmission dis- is 20m, and the inherent error is 0.5-0.7m. Based on this, the tioning experiments of a single group of base stations. space area of 15m*15m*3m. As is shown in Figure 6. Figure 6. Reference point distribution figure. spectively.
The simulation results show that the layout of UWB base sta-tions has a greater impact on the positioning accuracy, and the more averaged the distribution of distances from the area to be located to each base station, the higher the positioning accuracy.
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In this paper, three UWB base stations are aggregated as a group in a 2D space for localization. A large number of tests are …
ABSTRACT: Aiming at the prominent problem of high deployment cost of UWB (Ultra Wideband) positioning system and the waste of resources caused by repeated coverage …
This study provides a comprehensive outdoor ultra-wideband (UWB) dataset to examine the multipath effects in line-of-sight and non …
Aiming at the prominent problem of high deployment cost of UWB (Ultra Wideband) positioning system and the waste of resources …
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