Accurate and precise motion tracking of limbs and human subjects has technological
importance in various healthcare applications. The use of impulse radio-ultra wideband …

This paper presents an experimental and analytical investigation of ultra-wideband (3-8
GHz) body-to-body (B-to-B) channel characterization. The channel parameters obtained are …

The use of ultra-wideband (UWB) signals for local positioning is very attractive for practice,
because such signals have the potential to provide centimeter precision. In this paper, we …

A time-domain design method for networks with an arbitrary time-domain response is
proposed and applied to design a short-pulse differentiator. The proposed method is termed …

This paper gives an insight of an on-body study using Low-UWB (lowest mandatory UWB
band of IEEE 802.15. 6 standard) directive antennas. Investigations are first carried out by …

Coins are used as a measure of size in scientific publications. Over one hundred examples
are collected. Although standardized procedures for using coins as a measure of size do not …

This paper presents a study on body centric propagation based on ultra wideband
technology using a compact and cost effective wearable antenna through simulations and …

This paper presents ultra-wideband channel characteristics in the presence of float glass
slab as obstacle of varied thickness (4 mm, 8 mm, 12 mm, 19 mm) in an indoor environment …

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 paper presents numerical analysis of ultra wideband signal propagation through a
glass door model 70× 60× 1.2 cm 3 which is rotated at different angles. The glass slab is …