Spatial-Temporal Propagation Channel for Wireless Communications

Space-time processing plays a significant role in wireless communications. In particular, space-time coding demonstrated that it can greatly improve system capacity and error rate performance when data symbol energy is spread across space and time. Space-time channel models have proved to be of major significance in wireless communications as they provide the spatial and temporal information (i.e. direction-of-arrival (DOA) and time-of-arrival (TOA)) by which the performance of wireless communication systems and space-time systems (eg., smart antennas, beamformers, space-time equalizers, space-time coding) can be analysed. The main topic of this book is the modelling of spatial-temporal channel for wireless communications. This topic is of utmost importance in wireless communication and applied signal processing. Four different spatial-temporal channel models were proposed. These models provide directional information as well as temporal information for a mobile radio channel. We hope that this work will help people working in wireless communication and applied signal processing and inspire further research in these fields.

Autorentext

S S Mahmoud received his PhD in electrical engineering (digital communication) from RMIT University, Australia. He is a senior signal processing engineer at Future Fibre Technologies Pty Ltd, Australia. Z M Hussain received his PhD in electrical engineering from QUT, Australia. He is Associate Professor of signal processing at RMIT University.