UWB technology provides an excellent means for wireless positioning due to its high
resolution capability in the time domain. Its ability to resolve multipath components makes it …

Ultra-wideband (UWB) radio is a fast emerging technology with many unique attractive
features that promotes major advances in wireless communications, networking, radar …

Within the wide range of issues related to 4G wireless networks, due to the scope of the
ISSTA conference, in this presentation we highlight some segments of wireless networks …

A characteristic function method is proposed for precisely calculating the bit-error probability
of time-hopping (TH) ultra-wideband (UWB) systems with multiple-access interference in an …

The multiple-user interference (MUI) in time-hopped impulse-radio ultrawide bandwidth
(UWB) systems is impulse-like and poorly approximated by a Gaussian distribution …

In this paper we investigate ad hoc networks based on impulse radio ultra wideband. Due to
multiple access, the interference distribution is not Gaussian. One important reason for …

A more appropriate statistical model for the multiple access interference than the generally
used Gaussian approximation is proposed to reflect the heavy-tailed nature of the multiple …

Interference is an important limitation in many communication systems. It has been shown in
many situations that the popular Gaussian approximation is not adequate and interference …

Realizing the great potential of impulse radio communications depends critically on the
success of timing acquisition. To this end, optimum data-aided (DA) timing offset estimators …

A new method is proposed for precisely calculating the bit error probability of a time-hopping
binary pulse position modulation ultra-wideband system with multiple access interference …