Appropriate deployment of anchor nodes (ANs) is an essential prerequisite for achieving
high-precision positioning. To ameliorate the comprehensive positioning performance, the …

Improving performance and safety conditions in industrial sites remains a key objective for
most companies. Currently, the main goal is to be able to dynamically locate both people …

In indoor localization, reliability and optimization analysis are the most vital factors to be
considered. Numerous modern-day services require precise location information for their …

This letter presents an analysis on the body-centric channel parameter classification for
various compact three-basestation L-shape configurations utilizing only a two-dimensional …

Ultra-wideband (UWB) channels include many multipath components and thereby introduce
a strong intersymbol interference (ISI) for high-rate communications. Hence, in such cases, a …

This paper investigates the UWB off-body channel characteristics for a triangular-shape
base station (BS) configuration with the focus on body-centric localization applications. An …

Ultra-wideband (UWB) signals penetrate obstacles, achieve centimeter-level ranging
accuracy, and provide low-SNR communication. These features make UWB technology a …

This chapter focusses on state-of-the art techniques for body-centric localization using ultra-
wideband (UWB) technology with applications suitable for tracking, patient monitoring …

This chapter discusses various aspects of modeling and characterization of off-body and
body-to-body propagation channels for UWB and mmWave frequency range. The presence …

Ultra wideband (UWB) radio is a promising technology for high precision indoor positioning
where “everybody and everything” is connected by different types of communication links …