Space-time wireless systems : from array processing to MIMO communications

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Where to find it

Information & Library Science Library

Call Number
TK5103.2 .S63 2006 c. 2
Status
Available

Kenan Science Library — Remote Storage

Call Number
TK5103.2 .S63 2006
Status
Available

Authors, etc.

Names:

Summary

One of the most promising technologies to resolve the bottlenecks in traffic capacity of future wireless networks is multiple-input multiple-output (MIMO) communications and space-time processing. MIMO wireless technology has progressed from the stage of fundamental research to commercially available products within a decade. With over sixty contributors from the field, this book provides an extensive overview of the state-of-the-art in MIMO communications, ranging from its roots in antenna array processing to advanced cellular communication systems. A balanced treatment of three key areas -information theory, algorithms and systems studies, and implementation issues - has been assembled by four editors with a broad range of academic and industry experience. This comprehensive reference will appeal to practitioners, researchers, and graduate students in wireless communications.

Contents

  • Introduction
  • List of contributors
  • Part I Multiantenna Basics
  • 1 Propagation aspects of MIMO channel modeling J. Bach Andersen
  • 2 Beamforming techniques J. Winters
  • 3 Diversity in wireless systems A. F. Naguib and A. R. Calderbank
  • 4 Fundamentals of MIMO channel capacity E. Biglieri and G. Taricco
  • 5 Multiantenna capacity: myths and realities A. Lozano and A. M. Tulino and S. Verdù
  • 6 The role of feedback, CSI, and coherence in MIMO systems G. Barriac and N. Jacobsen and U. Madhow
  • Part II Space-time Modulation and Coding
  • 7 Introduction to space-time codes A. R. Calderbank and A. F. Naguib
  • 8 Perspectives on the diversity-multiplexing trade-off in MIMO systems H. Yao and L. Zheng and G. W. Wornell
  • 9 Linear precoding for MIMO channels A. Scaglione and P. Stoica
  • 10 Space-time coding for noncoherent channels J.-C. Belfiore and A. M. Cipriano
  • 11 Space-time coding for time- and frequency-selective MIMO channels X. Ma and G. B. Giannakis
  • Part III Receiver Algorithms and Parameter Estimation
  • 12 Array signal processing A. B. Gershman
  • 13 Optimal subspace techniques for DOA estimation M. Jansson and B. Ottersten and M. Viberg and A. L. Swindlehurst
  • 14 Blind and semiblind MIMO channel estimation D. Slock and A. Medles
  • 15 MIMO receive algorithms T. Kailath and H. Vikalo and B. Hassibi
  • 16 Space-time turbo coding S. ten Brink
  • 17 Training for MIMO communications Y. Sung and T. Sung and B. M. Sadler and L. Tong
  • Part IV System-level Issues of Multiantenna Systems
  • 18 MIMO Gaussian multiple access channels M. Mohseni and M. Brady and J. Cioffi
  • 19 On information-theoretic aspects of MIMO broadcast channels G. Caire and S. Shamai (Shitz) and Y. Steinberg and H. Weingarten
  • 20 Multiuser MIMO systems H. V. Poor and D. Reynolds and X. Wang
  • 21 Opportunistic communication: a system view P. Viswanath
  • 22 System level performance of MIMO systems N. Marina and O. Tirkkonen and P. Pasanen
  • Part V Implementations, Measurements, Prototypes, and Standards
  • 23 What we can learn from multiantenna measurements E. Bonek and W. Weichselberger
  • 24 Experiments in space-time modulation and demodulation W. Zhu and H. Lee and D. Liu and D. Browne and M. P. Fitz
  • 25 Multiple antenna techniques in 3G wireless systems R. A. Soni and R. M. Buehrer
  • 26 MIMO wireless local area networks K. Gosse and M. de Courville and M. Muck and S. Rouquette and S. Simoens
  • 27 VLSI implementation of MIMO detection A. Burg and D. Garrett
  • Index

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