Digital Signal Processing: Principles, Algorithms, and Applications

by John G. Proakis, Dimitris Manolakis

A significant revision of a best-selling text for the introductory digital signal processing course. This book presents the fundamentals of discrete-time signals, systems, and modern digital processing and applications for students in electrical engineering, computer engineering, and computer science.The book is suitable for either a one-semester or a two-semester undergraduate level course in discrete systems and digital signal processing. It is also intended for use in a one-semester first-year graduate-level course in digital signal processing.

Genres: Engineering, Electrical Engineering, Textbooks, Technical, Mathematics, Programming, Academic

1104 pages, Hardcover

First published January 16, 1992

Reviews

[Edvinas Litvinas]

Perfect book. But not for reading. Every single thing is described in maximum detail by the authors; therefore, it is boring to read but great to find solutions.
I consider this book being equivalent to stackoverflow.com for engineers.

[Nivas]

The essential textbook on DSP. 4th year EE coursebook

[Arnav Mendiratta]

I just wish I had more time to read this book! This is THE best book for Signal Processing. Lucid and Comprehensive.

[Somi Jaiswal]

its a gud book to be reffered for the exams.

[Albert Qu]

It's a wonderful book for me to read about Digital Signal Processing.

[Tyler Keith]

Pros: This is the textbook for a DSP course at my university.

Cons: I find that the book contains numerous errors in mathematical notation, making it both confusing and time-consuming to interpret and understand.

For example, in the discrete-time system, the author denotes y(n) = T(x(n)), which is incorrect in function notation. From my perspective, the correct notation should be y(n) = [T(x)](n). Here, T(x) represents a mapping that operates on a sequence (either finite or infinite) and produces another sequence, y, with n serving as the index of the new sequence.

In addition, in the chapter Discrete-time signal and system, the author wrote the Convolution formula as y(n) = h(n) * x(n). This is a completely incorrect mathematical formulation. Even though the Convolution formulas on Wikipedia are defined more precisely (https://en.wikipedia.org/wiki/Convolu...).

There are numerous other mathematical errors.

If the author adhered more strictly to mathematical notation, I would be able to read and understand this book and its principles more quickly

[Luke Fisher]

sucks. Just really sucks. Many a painful hour has been spent on this flaming pile of garbage. Maybe the book was just written for people vastly more intelligent than I, but I found it very challenging to understand. You MUST be very very very good at math to understand this completely. Would not recommend for those who are looking for a gentle introduction. The ratio of words to math is like 1/2. Literally incomprehensible unless you're some kind of wizard. Oh, yeah, and also there's like a bunch of mistakes in the book and solutions manual. So have fun wasting an entire day trying to figure out why you messed up a problem, when it was actually just a mistake in the book :))

[Harsha Vardhan Tetali]

Though not clear and intuitive in the first go, you see the beauty as you read and re-read. This is not an introductory text in Digital Signal Processing, some intuitions, or rather the required maturity, has to be formed before considering reading this book.

[Tom Hughes]

Lpi

[Magson]

Yes

[Kalai Nilavan]

l;kjn

[The Count]

I hate you even more

[Subhash Kumar]

It's helpful in electrical engineering works

[cardulelia carduelis]

For a complete newbie to Digital Signal Processing, this was a clear and fun read. Notation was very clear, lots of examples, and good amount of topics covered. I used this alongside a Masters level SSP course with no prior signal theory experience and didn't get too lost - so the book did it's job as a student text!

[Daniel]

Although it takes some getting used to, once you get comfortable with it, this is a great DSP text. Good explanations about the underlying math, and also some helpful practical examples of application. My first point of reference for DSP math.

[za]

Buku ini adalah buku teks mata kuliah, Pengolahan Sinyal Digital. Dan, mau tahu aku dapat nilai apa? A! Yippie....

[kate]

Textbook for ECE 437, Digital Signal Processing I.

[Abdullah Al Anazi]

لا تقررررب !!

[Ravi]

i am happy ,i get this book.

[Muhammad Madni]

happy

[Engr.waseem Sandhu]

i thnks its a good book for digital process

[Sabbir Ahmed]

Undoubtedly this is the best book for digital signal processing.