ISBN0138147574

This is one of my favorite books I've covered in my undergraduate degree.

I've noticed several previous reviewers have critisized this book based on clearly false assumptions. Clarification must be done for non-EEs:

This book, along others titled ' Signals and Systems' is intended as a preliminary to the 'systems' part of electrical engineering in general(namely Communications, Signal Processing, and Control). Hence it's not a book on standard DSP (the author has two other books that are specifically entitled Digital Signal Processing and Discrete time signal processing).

What's more, since this book was designed specifically as an introduction for sophomore and junior engineering students, one cannot expect this book to go into lebesgue2 space, inner-products, bounded-operators and the like. Certainly oppenheim didn't have functional analysts in mind when he wrote this book! The mathematically inclined reader should aim for 'Signal Analysis: Time, Frequency ,Scale, and Structure' by Allen and Mills.

As for the typical reader of this book, I think it is well written and the equations are very well motivated. The author repeats the difficult and essential concepts several times here and there, which is very useful for the new comers into the field, although I do agree with reveiwers that said the book needs some adjustments in terms of examples, which are sometimes trivial and sometimes confusing.

I believe the book needs to be updated by the author sometime. The book lacks computer problems and examples, which would be very helpfull for students to visualize what's going on.

hope this was useful!

This book was a great reference for the book Signals, Systems, and Transforms by Leland B. Jackson.

The book has been arrived in good condition and spent a time less than I expect.Thanks for all.

Amazon's editorial reviews are correct. Don't be deceived into thinking that this is anything other than an introduction for the complete novice. It's a book with a particular style: long and wordy. It's only for a particular *kind* of novice: one who needs a lot of hand holding and every detail worked out. It's nearly 1000 pages. I learned the subject in 1976 from an earlier edition that was a third the size (I think) but there doesn't seem to be twice again as many new topics covered.

The mathematics is at an undergrad level, with much (but not all) developed as needed in the text. Topics are missing. For example the inverse Laplace transform is mentioned but not developed (perhaps an appropriate choice in a book for the novice), and the Butterworth and elliptic filters are mentioned, even with graphs of their frequency responses, but they are not defined in any way whatsoever.

Some topics are reserved for the exercises. For example, windowing is covered only in one long-ish problem.

The Amazon review says it's a good book for self-study. I'd agree, provided you understand that you are getting only an introduction at the undergraduate level. If you are a grad student or professional, or if you can't tolerate long detailed explanations, this is not the book for you.

This book explain very clear what are differences about Fourier and Laplace Transform. Eventhough, those transform appears in the same range of time.
The writer of these book is well known Professors who is also editor of Prentice hall series in Signal processing.Eventhough, I just past these subject two times in Bachelor and Master coursework. I don't found it is useful for my research until recently. I should do more exercise in this book!.