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Verilog Programming: more books (51)

FPGA Prototyping By Verilog Examples: Xilinx Spartan-3 Version by Pong P. Chu, 2008-06-30

Digital Computer Arithmetic Datapath Design Using Verilog HDL: CD-ROM included (International Series in Operations Research>and Management Science) by James E. Stine, 2003-11-30

Higher-Level Hardware Synthesis by Richard Sharp, 2004-04-28

Hardware Verification With SystemVerilog: An Object-oriented Framework by Mike Mintz, Robert Ekendahl, 2007-05-16

Writing Testbenches using SystemVerilog by Janick Bergeron, 2006-02-10

Assertion-Based Design (Information Technology: Transmission, Processing and Storage) by Harry D. Foster, Adam C. Krolnik, et all 2004-05-19

Digital System Design with SystemVerilog by Mark Zwolinski, 2009-11-02

A Roadmap for Formal Property Verification by Pallab Dasgupta, 2006-07-28

lists with details

Verilog Tutorials Online!
programming Tutorials.
http://www.webwareindex.com/tutorials/Verilog.html
The Verilog Pli Handbook : A User's Guide And Comprehensive Reference On The Ver
The verilog Pli Handbook A User's Guide and Comprehensive Reference on the verilogprogramming Language Interface. AdRevolver Banner Manager
http://www.wargaming.net/Programming/the_verilog_pli_handbook_a_user_s_guide_and

Extractions: The Verilog PLI Handbook: A User's Guide and Comprehensive Reference on the Verilog Programming Language Interface is designed to serve two specific needs: + A tutorial on how to write PLI applications + A reference book on the IEEE 1364-1998 Verilog PLI standard. Towards this end, this book has two distinct parts. Part One is written for new users of the PLI. These chapters explain how the PLI works and how it is used to solve basic design verification tasks. A large number of small but useful examples illustrate the concepts presented in each chapter. Part Two provides a comprehensive reference of the IEEE 1364 PLI standard. The Verilog PLI Handbook: A User's Guide and Comprehensive Reference on the Verilog Programming Language Interface will be of interest to hardware design engineers who use or are familiar with the Verilog Hardware Description Language.
Welcome To Chris Spear's PLI Page
What is the PLI? The programming Language Interface is a way to extendthe functionality of verilog simulators. Why try to build
http://chris.spear.net/pli/default.htm

Extractions: defaultStatus = "Welcome to Chris Spear's PLI Page" Updated 3/8/03 The Programming Language Interface is a way to extend the functionality of Verilog simulators. Why try to build every possible feature into a tool? The PLI lets you add your own custom applications such as C models, delay calculators, file I/O, and more. The newest level is "DirectC" type which allows Verilog code to call C code directly without any wrapper code. (The name I am using comes from the VCS implementation. SuperLog also has a Direct interface.) This PLI level trades off functionality (no event scheduling) with performance (up to 5x faster, and less memory).
Dictionary Of Programming Languages
Welcome to the Dictionary of programming Languages, a compendium of computer codingmethods assembled to provide Sorry, no records found for key verilog.
http://cgibin.erols.com/ziring/cgi-bin/cep/cep.pl?_key=Verilog
Www.idt.com/docs/TeraSync_Verilog_Example.txt
Serial programming of flag offset FPGA verilog Sample Code 2 // // Serial programming of PAE and PAF Offset Registersin IDT Standard Mode //
http://www.idt.com/docs/TeraSync_Verilog_Example.txt

Extractions: <= 1; // These signals must be kept HIGH // write_enable <= 1; // during master reset // retransmit <= 1; // // count <= 0; // General purpose counter // state <= default_prog; state <= reset; end else // External reset is HIGH // begin case (state) default_prog: // Default Offset Value programmed // load <= 0; // A LOW also enables parallel programming, a // // HIGH enables serial programming. // fselect1 <= 1; // Offsets n,m = 511 // fselect0 < 10) // Hold reset LOW for 10 WCLK cycles to // // ensure proper reset pulse duration // begin master_reset <= 0; state <= reset; // Remain in reset state // count <= count + 1; end else begin master_reset <= 1; // Reset complete // state <= reset_recover; count < 3) begin read_enable <= 1; load <= 0; end endcase; end // ***************************************************************/ // ***************************************************************/ // FPGA Verilog Sample Code 2: // // Serial Programming of PAE and PAF Offset Registers in IDT Standard Mode // Description: Serial programming of flag offset values // // Register for Serial Programming // reg serial_data; always @ (posedge SCLK or posedge load) begin count <= 36) // A total of 36 bits are used for the // // IDT72T36125 offset registers. Insert // // the correct number of bits depending on // // the particular device. The values are // // listed in Figure 3 of the datasheet. // begin serial_enable
Sub Category Items
URL http//www.europa.com/~celiac/pli.html Submition Date 1/19/1999ID 2253 - Category programming Languages - Sub Category verilog.
http://www10.brinkster.com/fdb/db/scatshow.asp?subcategory=Verilog
Animating The Semantics Of VERILOG Using Prolog - Bowen (ResearchIndex)
Language HDL The simulator isEclogue The logic programming language Prolog is used to provide a rapid prototypesimulator for the verilog Hardware
http://citeseer.nj.nec.com/bowen99animating.html

Extractions: Abstract: Eclogue: The logic programming language Prolog is used to provide a rapid-prototype simulator for the VERILOG Hardware Description Language (HDL). The simulator is based on an operational semantics of a significant subset of the language. Using this approach allows the exploration of sometimes subtle behaviours of parallel programs and the possibility of rapid changes or additions to the semantics of the language covered. It also acts as a check on the validity of the original operational... (Update)
EDA Expert Available
Operating systems UNIX, SOLARIS, HPUX, Linux, WINDOWS Languages C/C++, Java, UnixShell programming, Perl, verilog, VHDL, Lex, YACC, XML, FLEXLM Technology
http://www.semiweb.com/resumes2/_disc6/00000019.htm
Why SMI?
Choosing this alternative substitutes the disadvantages of verilog as a programminglanguage for the disadvantages of programming languages as a simulation
http://home.attbi.com/~lewisas/smi_why.html

Extractions: SMI Home Why SMI? Documentation Download ... Support This page presents reasons for incorporating SMI into your simulation environment. It examines some of the typical implementation strategies used to create hardware simulations; highlights their shortcomings, and describes the advantages to be gained by using SMI: You're using Verilog to implement your design, why not use Verilog to create hardware models? After all, no extra tools or knowledge base is required. The problem is that Verilog lacks many important features supported by programming languages like C++. Verilog suffers from poor file handling and poor inter-module communication; it lacks data types and structures; it does not support recursion or object-orientation. As a result, Verilog models are often significantly harder to write, run slower, and have fewer features than hybrid models. An alternative to implementing models entirely in Verilog is to implement them almost entirely in C or a similar programming language; the hardware model communicates with the Verilog simulation using the PLI. However, standard programming languages make poor simulation languages as they often lack a concept of time or concurrency. Choosing this alternative substitutes the disadvantages of Verilog as a programming language for the disadvantages of programming languages as a simulation language.
About: VHDL, Verilog And SystemC Simulation Tools From Blue Pacific.
and mathematics programming. ASIC Consulting Services. Blue Pacific provides consultingservices for VLSI design that include design with VHDL, verilog and
http://www.bluepc.com/about.html

Extractions: Site Map: Home Classes BlueHDL Download ... Links Blue Pacific Computing is an EDA company that specializes in HDL simulation tools. We provide low-cost VHDL, Verilog and SystemC simulation tools for professionals and free tools for students. For the past ten years we have also specialized in teaching the VHDL and Verilog hardware description languages for companies such as Synopsys, Cadence, Hewlett-Packard, Intel, Lockheed Martin, Rockwell, Alcatel, Nortel, Mitel, Nokia, Philips, ARM and many others. We have temporarily suspended our training efforts in order to focus on our simulation tools and to work on some unique consulting projects. Our BlueHDL and BlueWave tools run under Linux, Sun Sparc Solaris and MS Windows. BlueHDL VHDL consists of a VHDL compiler, a simulation engine and the
Www.cadence-europe.com - Education
to Perl; Esperan Java programming; Esperan Verification with verilogWorkshop; Esperan Verification with VHDL Workshop; Esperan verilog
http://www.cadence-europe.com/education/training/courses.cfm?catID=8
Omniseek: Computing: /Computing/Programming Languages/Verilog
Top Computing programming Languages verilog FAQs Show Sites in thistopic, Sun Feb 9, 912 pm. © copyright 2001, created by Omniseek.
http://computing.omniseek.com/dir/Computing/Programming_Languages/Verilog/73418/
The Verilog PLI Handbook A Users Guide And Comprehensive
The verilog PLI Handbook A Users Guide and Comprehensive Reference on the verilogProgramming Language Interface (The Kluwer International Series in
http://www.wkonline.com/a/The_Verilog_PLI_Handbook_A_Users_Guide__and_Comprehens
The VERILOG PLI Handbook A User's Guide And Comprehensive
The verilog PLI Handbook A User's Guide and Comprehensive Reference on the verilogProgramming Language Interface Author Stuart Sutherland Cover cover List
http://www.edatoolscafe.com/DACafe/EDATools/BOOKINFO/079238489X/

Extractions: is designed to serve two specific needs: Towards this end, this book has two distinct parts. Part One is written for new users of the PLI. These chapters explain how the PLI works and how it is used to solve basic design verification tasks. A large number of small but useful examples illustrate the concepts presented in each chapter. Part Two provides a comprehensive reference of the IEEE 1364 PLI standard. will be of interest to hardware design engineers who use or are familiar with the Verilog Hardware Description Language.
HDL, VHDL, Verilog And FPGA Training From Esperan
Introduction to PERL Overview.
http://www.esperan.com/perl_ov.asp
PRESS@RELEASE/VmvVXAVerilog-HDLV~[^VCSÉæú
The summary for this Japanese page contains characters that cannot be correctly displayed in this language/character set.
http://www.synopsys.co.jp/pressrelease/2001/20010927.html
Verilog.com: Books
The verilog Pli Handbook A User's Guide and Comprehensive Reference on the verilogProgramming Language Interface by Stuart Sutherland ISBN 079238489X;
http://www.verilog.com/v-books.html
Jeda Functional Verification
It has veriloglike multi-value bit vector data type and concurrentprogramming features with the garbage collection support. It
http://www.jeda.org/

Extractions: Jeda Programming Language Homepage Japanese Version Commercial support of Jeda Verification System will be available from Jeda Technologies, Inc. News What is Jeda: Jeda is a C-like programming language for hardware design verification. It has Verilog-like multi-value bit vector data type and concurrent programming features with the garbage collection support. It also provides object oriented programming support. Jeda links to Verilog as a user PLI code and runs with Verilog. See How Jeda Works for more detailed information. Jeda development was started at Juniper Networks, Inc., them moved to Jeda Technologies, Inc. Jeda source code is released under GNU General Public License. Example: Here's a relatively practical/serious example. A simpler example can be found in the manual page above. Source: The current Jeda source include 'configure' script but only tested on Sun/Solaris and x86/Linux systems.
Multi-Queue FIFOs - Application Note Docs - P/N Sort
for Xilinx ApNote XAPP629, 11 KB, 09/09/2002. 72V51233, AN303 Multi-QueueFIFO - Serial programming, 126 KB, 10/19/2001. 72V51236, AN-349VVerilog codeex.
http://www.idt.com/products/pages/Multi-Queue_FIFOs_AN_p.html

Extractions: Integrated Processors Network Search Engines Content Inspection Engines Telecom ... Other Products Application Note Documents for Multi-Queue FIFOs View options: by Title by Part # by Date by Part #, broken down by Device Family by Date, broken down by Device Family Total Documents: 88 Part Number Document Title Size Revision Date (P/N Detail) AN-349: Interfacing to the Virtex II FPGA. . . (Document Detail) 170 KB AN-338: Read Port Operation 45 KB AN-349V:Verilog code ex. for Xilinx ApNote XAPP629 11 KB AN-303: Multi-Queue FIFO - Serial Programming 126 KB AN-349V:Verilog code ex. for Xilinx ApNote XAPP629 11 KB AN-349: Interfacing to the Virtex II FPGA. . . 170 KB AN-338: Read Port Operation 45 KB AN-303: Multi-Queue FIFO - Serial Programming 126 KB AN-349: Interfacing to the Virtex II FPGA. . . 170 KB AN-338: Read Port Operation 45 KB AN-303: Multi-Queue FIFO - Serial Programming 126 KB AN-349V:Verilog code ex. for Xilinx ApNote XAPP629 11 KB AN-338: Read Port Operation 45 KB AN-349V:Verilog code ex. for Xilinx ApNote XAPP629 11 KB AN-303: Multi-Queue FIFO - Serial Programming 126 KB AN-349: Interfacing to the Virtex II FPGA. . .
Alternate Verilog FAQ: Verilog / EDA Links
Swapnajit Mittra's Project Veripage One stop source for all VerilogProgramming Language Interface (PLI) resources. Programmable
http://parmita.com/verilogfaq/links.html

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