This chapter reviews the basic techniques of adaptive spatial and temporal processing, which have been shown to yield substantial improvements in capacity and performance of wireless systems. After a review of appropriate transmission channel models, we introduce the elements of linear and nonlinear space-time processing, and outline their capabilities for combating interference and multipath. We then describe some applications and discuss adaptation issues. While many of the applications focus on receiver space-time processing, there is growing interest and promise in transmitter space-time processing as well. 1. Introduction- Motivation and Configuration
Even though broadband signaling and reception is often employed in practice for communication over t...
Abstract: Spatial-temporal equalizer can be used in the wireless communication systems with an-tenna...
145 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 2002.Within this work, we first pr...
In this overview, we review the basic reception techniques of adaptive spatial and temporal processi...
This survey paper reviews space-time signal processing (STP) in mobile wireless communications. Spac...
The efficiency of wireless systems to transmit information in a complex interference situation is...
Trends in the modern world increasingly lead to the growing popularity of wireless technologies. ...
Joint spatial and temporal equalizationtechniques are considered most effective in reducing effects ...
We present an overview of research activities on space-time coding for broadband wireless transmissi...
Spatiotemporal processing schemes are presented that effect both equalization and interference cance...
Adaptive space-time processing techniques have been found to increase the capacity of two major, mul...
Space-time processing techniques have emerged as one of the most promising areas of research and d...
The increasing demand for higher data rates and better quality has motivated the deployment of multi...
Abstract—The two key limiting factors facing wireless systems today are multipath interference and m...
Several array signal processing techniques are investigated. The manuscript starts off with a review...
Even though broadband signaling and reception is often employed in practice for communication over t...
Abstract: Spatial-temporal equalizer can be used in the wireless communication systems with an-tenna...
145 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 2002.Within this work, we first pr...
In this overview, we review the basic reception techniques of adaptive spatial and temporal processi...
This survey paper reviews space-time signal processing (STP) in mobile wireless communications. Spac...
The efficiency of wireless systems to transmit information in a complex interference situation is...
Trends in the modern world increasingly lead to the growing popularity of wireless technologies. ...
Joint spatial and temporal equalizationtechniques are considered most effective in reducing effects ...
We present an overview of research activities on space-time coding for broadband wireless transmissi...
Spatiotemporal processing schemes are presented that effect both equalization and interference cance...
Adaptive space-time processing techniques have been found to increase the capacity of two major, mul...
Space-time processing techniques have emerged as one of the most promising areas of research and d...
The increasing demand for higher data rates and better quality has motivated the deployment of multi...
Abstract—The two key limiting factors facing wireless systems today are multipath interference and m...
Several array signal processing techniques are investigated. The manuscript starts off with a review...
Even though broadband signaling and reception is often employed in practice for communication over t...
Abstract: Spatial-temporal equalizer can be used in the wireless communication systems with an-tenna...
145 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 2002.Within this work, we first pr...