Ultra-wideband (UWB) is one of the most widely adopted techniques. However, the base station placement significantly influences the system''s positioning accuracy, especially for the
In this paper, we mathematically analyze the impact of the localization solution for coplanar base stations and derive the expression for the localization accuracy performance.
In the substation environment of the power system, accurate positioning technology is of great significance for ensuring personnel safety, improving operation and maintenance efficiency, and
In response to the challenges faced by UWB positioning methods in long and narrow indoor environments as well as conventional scenarios, this paper proposes UWB single/dual-base
UWB positioning involves using radio signals with very wide bandwidths to determine precise locations. Unlike traditional GPS, UWB anchors are designed for indoor environments where
In this paper, a UWB-based circular antenna array single base station is designed for indoor space single base station 3D positioning problem, and the joint Time of Arrival (TOA)/Angle of
Ultra-Wideband (UWB) technology has gained significant attention for high-precision positioning in both indoor and outdoor environments. However, its applicatio
Wide area indoor positioning technology requires the cooperation of large base stations and positioning equipment, which has high positioning cost and unstable signal, while local area
Abstract density and the flexibility necessary for deployment in a range of Indoor and Outdoor environments through the use of a rugged and temperature controlled Enclosure.
While GPS is synonymous with UWB outdoor positioning and navigation, indoor navigation presents a unique set of challenges that most other technologies have yet to address.
PDF version includes complete article with source references. Suitable for printing and offline reading.
