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SystemC: From the Ground Up (The Kluwer International Series in Engineering & Computer Science)
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Review
"...a welcome addition to the SystemC literature. Those new to SystemC will find it a very good introduction, and those who have already been exposed to SystemC will find it a useful reference. The style is straightforward and the extensive use of examples gives quick insight into using SystemC in real designs...." (John Sanguinetti, Ph.D., Chief Technical Officer, Forte Design Systems)"...your book helped me bridge the gap in my understanding of the SystemC scheduler and the language features with examples that are easy to follow. The discussion on a TLM approach is also very insightful." (Suhas Pai, QUALCOMM, Inc.)"...well written, and a much-needed overview of SystemC. I like that the book introduces features in context, and with enough code to help the reader understand, but without burying them in code. I found it remarkably easy to read." (Andy Meyer, Cadence Design Systems, Inc.)
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Product details
Series: The Kluwer International Series in Engineering & Computer Science
Hardcover: 244 pages
Publisher: Springer; 1 edition (May 31, 2004)
Language: English
ISBN-10: 1402079885
ISBN-13: 978-1402079887
Product Dimensions:
6.1 x 0.6 x 9.2 inches
Shipping Weight: 1.2 pounds (View shipping rates and policies)
Average Customer Review:
3.5 out of 5 stars
10 customer reviews
Amazon Best Sellers Rank:
#1,121,055 in Books (See Top 100 in Books)
I have been working as an firmware engineer for many years. As a new advernture, I am involved in investigating various algorithm modeling technique which can provide a good performance for firmware development. Obvioously, SystemC is a good candidate because of its ability to do transaction level based modelling. The question is how to pick up the language. First I tried the technical reference manual and white papers provided by the official system C website. It is quite an eye-openning experience but I think I need more. So I went to Amazon to see what was avaliable. I came across this book and the "System C Primer" book. I bought both.The major difference between these two books is in the author's perspective. The author in this book approaches from a software background. He visualizes the whole systemC environment as a multi-threaded kernel. To learn the language is to become familiar with the different "API's" and "system calls". It is great for engineers who come from a fw/sw background. However, for engineers coming from the hw background, this book does not spend much time covering the topic on how to write SystemC model that is close to the hardware implementation (RTL or gates). They will be disappointed if this is their goal. I would recommend them to try the other book.After saying that, I believe the safest bet probably is to get both books so you can have a full spectrum of knowledge of what the language can do for you. Then you will not get stuck knowing only one aspect of the language and you can decide which "hat" to wear according to your need.
The author is very proud of SystemC but SystemC is another good idea foolishly implemented.
First, I'd like to say that I'm officially ignoring the bad pun in the book's title, because SystemC doesn't work at the level of a system's power supply or ground. It is designed as a behavioral modeling system. Unlike VHDL or Verilog, it's not a language in itself, but a set of C++ libraries. That gives the system a head start since there's already a big pool of debuggers, libraries like Boost and STL, and other support tools for it.It also lets the authors get down to the uniqueness of SystemC features, without having to teach all of object oriented programming and C++ at the same time. Black and Donovan do an adequate job of covering basic SystemC features. This includes the ports and signals that handle communication in hardware modeling, with semantics that programmers may struggle with. In the struggling department, programmers will spend a fair bit of time getting their minds around evaluate-update channels. That's where the developer sees that variable assignment is not at all the same thing as loading a value onto a signal wire, even if SystemC uses the same operator for both.The pace is moderate and the authors deliberately emphasize clarity over depth of coverage - great for beginners, but not so great when someone comes to this book with the wrong expectations. And, despite the useful parts, a few things got in my way. On p.91, for example, the authors observe that it feels object-oriented to overload the stream << operator for setting signal sensitivities. First, the stream << is already an overloaded definition of the arithmetic << operator. Sensitivity semantics are quite unrelated to anything about streams. Second, although I taught graduate-level OO design for five years, I have no idea why this should "feel" more OO than method calls. Some non-OO languages like VHDL support overloading; some fully OO languages like Java don't. If they meant that it felt more like idiomatic C++, fine, but equating OO with C++ is silly, at best.Some of the hardware-oriented advice is questionable, too. One example appears on p.187, where the authors suggest that simulation performance can be improved by using time-delay wait() rather than even-based wait(). Well, yes, but I really hope that SystemC modelers don't do the same in their hardware. Pervasive use of one-shot delays was already a hanging offense back in the 1970s - they generally mean that the designer doesn't understand the design's timing. And, before you object that "it's only a model," remember that VHDL and Verilog started as modeling languages but are now synthesis languages, too. SystemC is already becoming a synthesis language. Maybe time-delay wait() isn't in the synthesizable subset, but Black and Donovan rarely draw the distinction.SystemsC is still new enough that mentoring is hard to come by. Most people learning it will learn it from books and play-time with a SystemC compiler, with some examples if they're lucky. This book is helpful for the beginner, especially for someone with more software than hardware in their background. Still, I'm still waiting for a book with more strengths and fewer weaknesses.//wiredweirdRounded up to four stars, because there are so few competing books and because it's especially patient with the hardware-challenged reader.
This is a good book on SystemC, but it is not a good book for beginners. The book is overly complicated and provides levels of detail in its examples that are unnecessary to make the point or teach the subject.For example, when discussing ports the book says the following:DEFINITION: A SystemC interface is an abstract class that inherits from sc_interface and provides only pure virtual declarations of methods referenced by SystemC channels and ports. No implements or data are provided in a SystemC interface.DEFINITION: A SystemC channel is a class that implements one or more SystemC interface classes and inherits from either sc_channel or sc_prim_channel. A channel implements all the methods of the inherited interface classes.DEFINITION: A SystemC port is a class templated with and inheriting from a SystemC interface. Ports allow access of channels across module boundaries.Huh?This line of teaching led me into the bowels of SystemC and was unnecessary as a start. One can just say, "A port allows communication between blocks. Let's look at sc_in and sc_out to start".I needed to get another book to recover from this instruction.The examples in the book are generally OK and there is a website that has executable versions. Unfortunately, there needed to be more careful editing in the examples. The HelloWorld example has an obvious syntax error (an undeclared module is instantiated) and would never have run if it had been compiled.I could not find the video mixer example that they used to teach ports on the web, and thus couldn't make progress.Overall, this is a good book if you know SystemC and are interested in the details of how it is implemented. I would use it to learn the language, and it cannot act as a language reference guide.
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