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MIMO system technology for wireless communications / edited by George Tsoulos.
p. cm.
Includes bibliographical references and index.
ISBN-13: 978-0-8493-4190-8 (0-8493-4190-6 : alk. paper)
1. MIMO systems. I. Tsoulos, George V., 1968-
TK5103.2.M565 2006
621.384--dc22 2005034989
Use of multiple antennas at both ends of wireless links is the result of the natural progression of more than four decades of evolution of adaptive
antenna technology. Recent advances have demonstrated that multiple-input-multiple-output (MIMO) wireless systems can achieve impressive
increases in overall system performance. The potential to provide the next major leap forward for wireless communications has led this technology to
becoming the next frontier of wireless communications. As a result, it has received the attention not only of the international R&D community, but also
of the wireless communications industry. This is evidenced from the international standardization efforts in the context of UMTS (e.g., 3GPP) and IEEE
802.11 (for wireless LANs) and also in the context of proposals for next generation (4G and beyond) wireless systems.
This book, MIMO System Technology for Wireless Communications, is a compilation of the work of several authors. The goal is not only to provide a
complete reference source for readers interested in MIMO systems, but also to provide up-to-date information on several key issues related to the technology.
For this reason, considerable effort was made to cover most of the elements of the technology and the related issues, some of which are not
currently treated in the available textbooks. Following this direction, the following chapters are included in the book:
Chapter 1 Spatio-Temporal Propagation Modeling
Chapter 2 Theory and Practice of MIMO Wireless Communication Systems
Chapter 3 Information Theory and Electromagnetism: Are They Related?
Chapter 4 Introduction to Space–Time Coding
Chapter 5 Feedback Techniques for MIMO Channels
Chapter 6 Antenna Selection in MIMO Systems
Chapter 7 Performance of Multi-User Spatial Multiplexing with Measured Channel Data
Chapter 8 Multiuser MIMO for UTRA FDD
Chapter 9 Multifunctional Reconfigurable Microelectromechanical Systems Integrated Antennas for MIMO Systems
Chapter 10 Multi-Antenna Testbeds for Wireless Communications
Chapter 11 Gigabit Mobile Communications Using Real-Time MIMOOFDM Signal Processing
Chapter 12 Network Planning and Deployment Issues for MIMO Systems
The chapters are organized so the reader builds upon the information provided and gradually reaches a point where more complex (system) issues
are discussed. In this process, the reader is introduced to propagation modeling, theoretical and realistic performance analyses, space–time codes, different
systems, implementation options and limitations (antenna arrays, channel knowledge, etc.), practical system development considerations, field
trials, and network planning issues. Also, readers wishing to study further specific aspects of MIMO technology will find the references cited in each
chapter particularly useful.*
George V. Tsoulos
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