Huang Y., Benesty J., Chen J. Acoustic MIMO Signal Processing

Springer, 2006. — 383 p.The book is the crystallization of the synergistic collaboration among the three authors, which can trace back to five years ago when we were all working with Bell Laboratories, the research arm of Lucent Technologies, at Murray Hill, New Jersey. In the last century, Bell Labs was known as a creative haven for innovations. In particular, it is well known and widely accepted that acoustics and speech scientists at Bell Labs made great contributions to the advances of multimedia communications. It's our hope to keep alive this tradition of excellence wherever we are now and share with many readers some interesting and useful ideas that all started in that magical place along with several other great researchers.
The idea of writing a monograph book was floated after we saw the success of a number of books we edited and when we thought that our own research had produced adequate results, which are useful and original. In addition, we believed that the reader would benefit from the fact that various acoustic MIMO (multiple-input multiple output) signal processing problems could be addressed in a more unified framework with more consistent notation in a monograph book than in an edited book. We had a good plan, but the route from word to deed was longer than we initially hoped for. We started writing our first chapter almost a year after signing the contract with Springer. While the writing process was sometimes slow (particularly when the end was approaching), it was in general quite enjoyable: we not only summarized what we knew, but also got new ideas about what we can do in the future. We hope that you will find the reading of this book to be as stimulating as we have found the writing to be.Theory
Acoustic MIMO Systems.
Wiener Filter and Basic Adaptive Algorithms
Sparse Adaptive Filters
Frequency-Domain Adaptive Filters
Blind Identification of Acoustic MIMO Systems
Separation and Suppression of Co-Channel and Temporal Interference
Applications.
Acoustic Echo Cancellation and Audio Bridging
Time Delay Estimation and Acoustic Source Localization
Speech Enhancement and Noise Reduction
Source Separation and Speech Dereverberation