多个很好的Verilog学习资料(国内外|中英文，收藏分享)

yel27

台湾和輔仁为英语版本
上海和北京的为中文版本
个人觉得很适合初学者

[ 本帖最后由 yel27 于 2008-7-25 15:58 编辑 ]

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继续 jixu

[ 本帖最后由 yel27 于 2008-7-25 15:39 编辑 ]

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剑桥大学 英文版 可综合的Verilog

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    内容简介
        写本文的初衷是为了使已经对Verilog HDL 有过初步了解的读者，能够更进一步的了解Verilog HDL 与综合后的硬件之间的映射关系，从而把握Verilog HDL的应用规则，改善代码风 格，写出高效，可综合的代码。

  全文共分为3个部分：
     Verilog HDL 的基本知识
     Verilog HDL 从结构语句到门级映射
     模型的优化

  参考文献：Verilog HDL Synthesis A Practical Primer.  J.Bhasker
                   A Guide To Digital Design And Synthesis. SamirPalnitkar
                   Verilog HDL Reference Manual. Synopsys

yel27

干脆继续分享一些好的资料
英文版
Design through Verilog HDL(eWiley)


Verilog has rapidly become a widely accepted language for VLSI design. The
language is well-structured and defined to cater to the steady increase in the size of
ICs to be designed without sacrificing the advantages associated with design at the
“grass roots” level. A designer aspiring to master the language in its versatility
should become familiar with the various constructs in it, practice their use in real
applications, and use them in combinations to be successful.

Describing a design using Verilog is only half the story: Writing Test
benches, testing a design for all its desired functions, and identifying the faults and
removing them remain equally challenging tasks. This book is an attempt to
address these issues effectively. The constructs in Verilog are discussed through
apt illustrative examples. Equal importance is given to design description and test
benches. The examples have been tested with popular and commonly used
simulation packages and the results reproduced. In many of the cases the tested
designs have been synthesized, and the synthesized circuit has also been
reproduced. “Seeing is believing”: Seeing a design available as a software routine,
transformed to a circuit, will add a lot to the confidence level of novices who use
the book. flip-flops, counters, registers, coders, decoders, mux, demux etc., have
been considered at different levels of design; this should help in clarifying the
perspectives regarding levels, need, and significance.


Place and significance of Verilog in VLSI design have been brought out in
Chapters 1 and 2. Basics of the language, its conventions, etc., are dealt with in
Chapters 2 and 3. Chapters 4 and 5 form an introduction to design through
Verilog. It is done at the gate level, which may be the most comfortable for the
beginner. Any design, however involved it may be, can be completely realized in
terms of the gate primitives of Verilog. We hope that the illustrative examples
considered and the exercises at the end of the chapters, impart such a confidence to
a designer. Chapter 6 is devoted to design at the data flow level. Continuous
assignments using operators linking operands, which allow designs to be described
more compactly but still close enough to the circuit level, form the theme of this
chapter. Behavioral level design is discussed in Chapters 7 and 8. Mastery at this
level – akin to the C language – is essential for a successful designer working at
the system level. Functions and tasks, which facilitate structuring of designs and
their orderly description, form the theme of Chapter 9. The switch primitives in
Verilog constitute the link with actual VLSI implementation although their
mastery is not essential to many of the designers with their higher level activities.
Chapter 10 is devoted exclusively to switch level design; since it stands out from
the main text flow so far, its discussion is consciously deferred to this stage.
Chapter 11 forms an introduction to the system tasks and functions in Verilog and
their use in typical environments. Chapter 12 deals with design using PLDs and
FSMs. Though subdued, the treatment is enough to give the necessary lead to
more comprehensive designs.

yel27

卡内基美隆大学,Carnegie Mellon University 英文 PPT

castro

have a look thank you

huazai1984

xiexie le

yel27

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