The most thorough, up-to-date reference on channel
equalization--from basic concepts to complex modeling
techniques
In today's instant-access society, a high premium is placed on
information that can be stored and communicated effectively. As a
result, storage densities and communications rates are being pushed
to capacity, causing information symbols to interfere with one
another. To help unclog pathways for the clearer conveyance of
information, this book offers in-depth discussion of the
significant contributions and future adaptability of channel
equalization and a set of approaches for solving the problem of
intersymbol interference (ISI). Chapter explorations in Channel
Equalization include:
* Channel equalization topics presented with incremental learning
methodology--from the very fundamental concept to more
advanced mathematical knowledge
* Coverage of technology used in second-, third- and
fourth-generation cellular communication systems
* A set of homework problems that reinforce concepts discussed in
the book
* Tutorial explanations of recent developments currently captured
in IEEE technical journals
Unlike existing digital communications books that devote cursory
attention to channel equalization, this invaluable guide addresses
a crucial need by focusing solely on the background, current state,
and future direction of this increasingly important technology. A
unique mix of basic concepts and complex frameworks for delivering
digitized data make Channel Equalization a valuable
reference for all practicing wireless communication engineers and
students dealing with the pressing demands of the information
age.
Autorentext
Gregory E. Bottomley received his PhD in electrical engineering from North Carolina State University in 1989 and has eighteen years of industrial experience in wireless communications research at Ericsson. Serving as editor-in-chief for IEEE Transactions on Vehicular Technology from 2000-2003, Dr. Bottomley holds more than one hundred U.S. patents, in addition to publishing thirteen journal papers, six journal letters, an encyclopedia article and forty-five conference papers. He was Ericsson Inventor of the Year in 1997 and IEEE Fellow in 2007.
Klappentext
The most thorough, up-to-date reference on channel equalizationfrom basic concepts to complex modeling techniques
In today's instant-access society, a high premium is placed on information that can be stored and communicated effectively. As a result, storage densities and communications rates are being pushed to capacity, causing information symbols to interfere with one another. To help unclog pathways for the clearer conveyance of information, this book offers in-depth discussion of the significant contributions and future adaptability of channel equalization and a set of approaches for solving the problem of intersymbol interference (ISI). Chapter explorations in Channel Equalization include:
-
Channel equalization topics presented with incremental learning methodologyfrom the very fundamental concept to more advanced mathematical knowledge
-
Coverage of technology used in second-, third- and fourth-generation cellular communication systems
-
A set of homework problems that reinforce concepts discussed in the book
-
Tutorial explanations of recent developments currently captured in IEEE technical journals
Unlike existing digital communications books that devote cursory attention to channel equalization, this invaluable guide addresses a crucial need by focusing solely on the background, current state, and future direction of this increasingly important technology. A unique mix of basic concepts and complex frameworks for delivering digitized data make Channel Equalization a valuable reference for all practicing wireless communication engineers and students dealing with the pressing demands of the information age.
Inhalt
1 Introduction 1
2 Matched Filtering 31
3 Zero-Forcing Decision Feedback Equalization 57
4 Linear Equalization 69
5 MMSE and ML Decision Feedback Equalization 99
6 Maximum Likelihood Sequence Detection 115
7 Advanced Topics 151
8 Practical Considerations 173