A comparison in the performance between hard- and soft-decision Viterbi decoding, with
application to the HIPERLAN/2 standard, is presented. The results show that when channel …

The performance of the Home-PNA 2.0 physical layer is investigated using an appropriate
channel model to characterize the home phone line network at around 7 MHz. This reveals …

In this paper a statistical description of in-home MIMO power line channels is derived, based
on channel measurements in the 0 to 100 MHz range. In particular, it is shown that the …

The demand for very high-quality connectivity for in-home distribution of data and multi-stream
entertainment is increasingly motivating the development of high-speed power-line …

In this paper we study the characteristics of in-home multi-input multi-output (MIMO) power
line channels in the 0 - 100 MHz frequency band. Channel measurements are obtained in …

In this paper, we investigate the effect of hidden terminals and weak interferers in a multi-rate
IEEE 802.11 b system. We assume an ad-hoc network configuration, so that all the nodes …

In this paper, an in-vehicle power line channel mathematical multipath representation is
proposed. The selected approach aims at describing the transmission of a signal on a possibly …

The new Home Phoneline Networking Alliance (HomePNA) 2.0 system is an attractive proposition
for home networking since it potentially allows transmission rates comparable to those …

Time division duplex (TDD) systems based on orthogonal frequency division multiplexing (OFDM)
have recently been proposed as potential candidates for next generation (4G) cellular …

This paper addresses the design of a channel emulator for the data communication along in-vehicle
power distribution networks. Power-line communication technology is a promising …