DMCA
Advanced Radio Channel Model for Magic WAND (1996)
| Venue: | in Conf. Proc. ACTS Mobile Telecommunications Summit'96 |
| Citations: | 4 - 3 self |
BibTeX
@INPROCEEDINGS{Fleury96advancedradio,
author = {B. H. Fleury and U. P. Bernhard and R. Heddergott},
title = {Advanced Radio Channel Model for Magic WAND},
booktitle = {in Conf. Proc. ACTS Mobile Telecommunications Summit'96},
year = {1996},
pages = {600--607}
}
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Abstract
: The stochastic radio channel model (SRCM) derived within the Magic WAND project takes into account all propagation effects which have an impact on the system performance. Special attention has been paid to obtain an accurate description of the time and direction dispersive character of real radio channels because the Magic WAND system exploits both, frequency and space diversity. In this paper, the modelling approach adopted for the WAND-SRCM is presented. This includes a description of the software implementation and an example of a channel impulse response generated with this tool. 1. Introduction and Objectives Radio networks have to cope with the partly deleterious, partly beneficial effects of multipath propagation. Thus, a profound knowledge of the propagation mechanisms is a prerequisite for the development and performance evaluation of wireless transmission systems. First, the channel key parameters such as delay spread (DS), coherence bandwidth, coherence time, numbe...
Keyphrases
advanced radio channel model magic wand profound knowledge special attention stochastic radio channel model multipath propagation magic wand system software implementation delay spread channel impulse response space diversity propagation mechanism wireless transmission system radio network direction dispersive character real radio channel system performance accurate description coherence time coherence bandwidth magic wand project beneficial effect performance evaluation channel key parameter propagation effect
