Digital Systems and Hardware/Firmware Algorithms
| Author | : | |
| Rating | : | 4.84 (690 Votes) |
| Asin | : | 047188393X |
| Format Type | : | paperback |
| Number of Pages | : | 864 Pages |
| Publish Date | : | 2015-06-06 |
| Language | : | English |
DESCRIPTION:
I agree, ADVANCE logic design book!!! A Customer I have owned this book for 10 years now and have used it more as a reference than anything else. The authors tend to go a little overboard in trying to present the material as a mathematics subject. But once you get used to their notation (very computer science oriented not electrical engineering)the information they give in the alogrithm portion (last. WATCH OUT! VERY ADVANCE TEXT ON DIGITAL LOGIC DESIGN! I'm a professional logic designer and even I found some of the material in this text to be very challenging to follow. I use it more as a reference. The book focuses only on synchronous logic circuits. It is fairly standard on combinatorial networks and statemachines. However, like the book's title suggets, the final sections on h/w logic algorithms (m
Extensive illustrations and 500 exercises.. An upper-level undergraduate/graduate text, it uses two complementary approaches--system model and algorithmic model--in dealing with structured analysis and design, and separates specification from implementation to allow for the ready application of concepts to practical system design. This modern treatment of digital system specification, analysis, and design covers all topics from gates and flip-flops to complex hardware and system software algorithms
Extensive illustrations and 500 exercises. An upper-level undergraduate/graduate text, it uses two complementary approaches--system model and algorithmic model--in dealing with structured analysis and design, and separates specification from implementation to allow for the ready application of concepts to practical system design. From the Publisher This modern treatment of digital system specification, analysis, and design covers all topics from gates and flip-flops to complex hardware and system software algorithms.