This book is the most up to date and complete manuscript on the subject of array processing that I am aware of.  As a longtime fan of Dr. Van Trees' three-volume series on Detection, Estimation, and Modulation Theory, I was delighted to see, in the new book, a similar high level of care and clarity in the presentation of basic concepts and classical results, coupled with an extremely broad coverage and exhaustive review of the relevant state of the art in the field. The exceedingly large number of illustrative examples, computer simulations, and problems make this book a superb resource for both the classroom and for practitioners. There is no doubt in my mind that this book will follow Detection, Estimation and Modulation Theory, Vols. I-III in becoming an instant classic.

Prof. Mostafa Kaveh
University of Minnesota

The progression from the basic principles of fixed weighting space-time processing to the very latest data dependent (adaptive) structures is superbly cumulative. The book is extremely comprehensive on the subject.  Previous texts have concentrated only on special topics. The problem sets are remarkable in scope. Once again, Harry Van Trees has written the definitive text book and research reference.

Dr. Norman L. Owsley
Office of Naval Research
University of Rhode Island

This landmark text contains an all-encompassing treatment of array processing. Harry Van Trees has done a masterful job of synthesizing the vast literature in this field into a well organized, coherent presentation of both the fundamentals and subtleties. Optimum Array Processing will serve as the definitive reference text on array processing for many years.

Prof. Barry Van Veen
University of Wisconsin

Like a grand Hollywood epic, Optimum Array Processing has been twenty years in the making, and well worth the wait.  In this remarkable volume, Prof. Van Trees makes available to the reader the full breadth of his encyclopedic knowledge of statistical signal and array processing. It is certain to become the authoritative reference in the field.

Prof. Daniel R. Fuhrmann
Washington University

Last updated: 09/08/03