Geometry.Net - Basic_V: Verilog Programming


Home - Basic_V - Verilog Programming

e99.com Bookstore

Images

Newsgroups

61-80 of 92 Back | 1 | 2 | 3 | 4 | 5 | Next 20

A B C D E F G H I J K L M N O P Q R S T U V W X Y Z

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
You are strongly recommended to practice verilog programming. Here is a website with a good verilog HDL tutorial, another website with a detailed tutorial
http://www.ece.arizona.edu/~ece372_spr04/ece369_spr05/verilog.htm

Extractions: The CAD tools we will use are Cadence's Verilog (simulator) and signalscan (waveform viewer). Follow this link for instructions. You are strongly recommended to practice Verilog programming. Here is a website with a good verilog HDL tutorial , another website with a detailed tutorial on Verilog HDL , and Verilog HDL coding guidelines you are expected to follow. Some Verilog constructs are not synthesizable. Make sure you understand the difference between RTL and behavioral coding styles.
Course Work
verilog programming and testbench verification. Synopsis use, to analyze Verilog programs. Silicon Ensemble use, to generate layouts from Verilog
http://www.public.iastate.edu/~awittkop/photo.htm

Extractions: This is a list of relevant experiences which occurred while pursuing a bachelors degree at Iowa State. Lab Experience While pursuing my degree in Electrical Engineering with a focus on VLSI design I have taken the following important lab courses. These courses have given me the knowledge needed to design digital and analog devices. I have also gained hands on experience with tools common in industry, which will help me in my transfer from education to industry. Analog/Digital VLSI Design: This lab used the Cadence environment extensively. Labs were designed for students to gain experience in the following areas. Transistor level schematic design Gate level schematic design Spice schematic verification Verilog programming and testbench verification Synopsis use, to analyze Verilog programs Silicon Ensemble use, to generate layouts from Verilog Manual layout design of individual transistors and gates using design rules Large layouts of complex blocks of hardware This lab also included a two month long final project to be done with a partner. My group designed a four function device which, depending on its inputs could function as a variable resistor, analog to digital converter, inverting op amp, or a non-inverting op amp. All gates used had their schematics and layouts originally created by our group, with the exception of the schematic of the op amp itself, which had not yet been covered in class. Click on the following to see details of the project:
Avery Rolls Automation Tool, Simulator Into One
Avery Design Systems has folded a Verilog and Clanguage interface that promises to be easier to use than the verilog programming language interface.
http://www.us.design-reuse.com/news/news341.html

Extractions: Search for IP Silicon IP / SoC Verification IP Software IP IP Search/Find Club IP Based Solutions Virtual Fabless NEW Design Platform NEW ... Foundry Design Centers Find an Expert View Projects Search for Tools Embedded Systems EDA Tools Proto. Platforms Hot Corners DSP on FPGA NEW Structured ASIC Verification IP ... SOI In the SoC World Headline News Industry Articles Calendar / Events Online Seminars ... SoC News Alert Free Download IP Cores Tool Demos Contact us
Hitachi Endorses Model Technology ModelSim For Verilog Simulation
``ModelSim is equally capable in either a VHDL or verilog programming environment. This was a determining factor in selecting ModelSim for our Verilog needs
http://www.us.design-reuse.com/news/news394.html

Extractions: Search for IP Silicon IP / SoC Verification IP Software IP IP Search/Find Club IP Based Solutions Virtual Fabless NEW Design Platform NEW ... Foundry Design Centers Find an Expert View Projects Search for Tools Embedded Systems EDA Tools Proto. Platforms Hot Corners DSP on FPGA NEW Structured ASIC Verification IP ... SOI In the SoC World Headline News Industry Articles Calendar / Events Online Seminars ... SoC News Alert Free Download IP Cores Tool Demos Contact us ADTechnology Collaborates With ARM To Design Advanced Multimedia Mobile Devices HIT Hitachi customers can now use both ModelSim VHDL and Verilog as sign-off simulators. Using ModelSim's mixed-language simulation capability, Hitachi customers now only need a single simulator to support flows that include both VHDL and Verilog code.
CS232 Fall 2005 Homeworks
MIPS Programming Resources, verilog programming Resources. Appendix A of the textbook in PDF SPIM documentation SPIMbot Documentation
http://www-courses.cs.uiuc.edu/~cs232/assignments/
CS232 Fall 2005 Course Information
We will be doing verilog programming this semester and this book is a very good reference, but I can t justify requiring it because of its price.
http://www-courses.cs.uiuc.edu/~cs232/html/info.html

Extractions: Office hours: Wed 11-noon TAs The TAs all share an office: 0214 Siebel Center Name Email Office Hours Viraj Kumar kumar@uiuc.edu Th 3-5pm Russ Hewett rhewett2@uiuc.edu Wed 2:30-4:30pm Vijay Nori vnori2@uiuc.edu Fri 2:30-4:30pm Remove the XXX to e-mail us! (silly spammers) Goals and Objective CS 232 has two primary goals: 1) to provide you with a mental model of how high-level language programs get executed on computer hardware, and 2) to introduce you to the organization and performance analysis of modern computers. As computers execute programs in machine language, we will address the first goal through an extensive discussion of machine language and its human readable counterpart, assembly language. We will demonstrate how features of modern programming languages (e.g., function calls, recursion, pointers, dynamic memory allocation, etc.) are implemented in assembly language. In addition, topics like compilation, linking, I/O programming, and interrupt programming will be covered. We will test that students are able to translate programs from C to assembly and vice-versa The second goal will be addressed in three ways: 1) We will present an overview of the organization of modern computers (processor, memory, I/O system) demonstrating the key challenges and ideas (e.g., pipelining, caching, indirection, etc.) that influence their design, 2) we will undertake the implementation of a pipelined MIPS processor, and 3) we will present basic performance analysis techniques and analyze the performance of many parts of modern machines (processors, memory, caches, disks, networks)
SOCcentral: Principles Of Verilog PLI
Principles of Verilog PLI is a how to do text on verilog programming Language Interface. The primary focus of the book is on how to use PLI for problem
http://www.soccentral.com/results.asp?catid=254&EntryID=6908
Jifeng, He (2004-10-12)
An algebraic approach to the verilog programming. Abstract. The semantics of a hardware description language is usually given in terms how a simulator
http://www.informatik.tugraz.at/cs/de/news/more/2004-10-12_jifeng_he.html

Extractions: SITEMAP English Version Über uns Lehre ... Home -> Aktuelles Ankündigungen Jifeng He The semantics of a hardware description language is usually given in terms how a simulator should behave. Our work adopts a different strategy by first listing a collection of equational laws expressing algebraic properties of VERILOG programs. It outlines some techniques of formal derivation of operational model and denotational presentation of VERILOG from its algebraic definition. He Jifeng is a senior reserach fellow of UNU-IIST. He has been working at Oxford university computing laboratory during 1983-1998. He is also a professor of computer science at Shanghai East China Normal University. His reserach interests include the mathematical theory of programming, design techniques for hardware/software mixed systems, internet-based programming and desin methods for object-oriented programs and component-based systems. TOP WEBMASTER IMPRESSUM
Embedded Systems Laboratory Syllabus
verilog programming and synthesis, the subset of Verilog appropriate for synthesis; debugging and verification. FPGAs SpartanII; comparison to other
http://ece-www.colorado.edu/~ecen5633/syllabus.html

Extractions: ECEN 4633/5633: Embedded Systems Laboratory Fall Semester 2002 Instructor Jason M. Molgaard Electronic mail molgaard@colorado.edu Class meetings Thursdays 5:30pm - 8:00pm in ECEE 1B28 Office hours Immediately after class and by appointment. Other times will be announced. Lab Facilities EE Capstone Lab, ECEE 2B39 Teaching Assistant Wei Sun Textbooks J. Bhasker, "Verilog HDL Synthesis: a Practical Primer", 1998, ISBN 0-9650391-5-3 T. Shanley, D. Anderson, "PCI System Architecture, 4th ed.", 1999, ISBN 0-201-30974-2 Date Activity Assignments Aug. 29 Syllabus, goals, course policies. Discuss laboratory facilities and possible projects. Form groups. Sept. 5 Homework 1 assigned Read Bhasker, Chapter 1 Project Descriptions Due Sept. 12 Randy Robinson from Xilinx to provide FPGA overview. Continue Verilog. Read Bhasker, Chapter 2 Sept. 19 Preliminary Design Review. PDR will be a presentation to the class of the type of project to be undertaken. The primary goal is to convince the audience that the project is feasible and roughly comparable to the others in complexity. The presentation is expected to be formal, professional, and rehearsed. All members of the team are expected to take an active role in the presentation. The Preliminary Design Review will include a hard copy of the presentation material for the instructors' use. Verilog Caveats, modeling, optimization.
ELX.com.au (Australia) - Verilog Computer-Based Training Course, Zainalabedin Na
The core of this package is the Verilog ComputerBased Training program that is Modeling engineers requiring advanced verilog programming techniques
http://www.elx.com.au/item/0071374736

Extractions: With the Verilog CBT you can learn Verilog at your own pace with this comprehensive, up-to-date, and powerful CD-ROM training course and save over 90% of the cost of online courses or single-day seminars. Start at the beginning with the development of Verilog code and the application of HDL-based tools in simulation, synthesis, and testing of digital systemsor jump in anywhere if you already know some of the material. This resource-loaded CD will be an indispensable reference for as long as you use Verilogand for anyone currently working in this rapidly growing HDL. The CD includes synthesizable templates for common RT-level components and has complete Verilog code for interface devices and arithmetic units such as array multipliers, pipeline dividers and polynomials. The topic of test benches and test bench generation is completely covered in this CD.
Subject: Re: Verilog Reasoning?
of industrial C and Ada-programmers may not be using formal methods, I see a strong possibility that verilog programming could benefit greatly.
http://hissa.nist.gov/mlists/softverf/199803/19980310-4.html
DBLP: Jifeng He
51, EE, Jifeng He An Algebraic Approach to the verilog programming. 10th Anniversary Colloquium of UNU/IIST 2002 6580
http://www.informatik.uni-trier.de/~ley/db/indices/a-tree/h/He:Jifeng.html

Extractions: List of publications from the DBLP Bibliography Server FAQ Coauthor Index - Ask others: ACM DL ACM Guide CiteSeer CSB ... Xiaoshan Li , Jifeng He: Consistent Code Generation from UML Models. Australian Software Engineering Conference 2005 EE Xiaoshan Li Zhiming Liu , Jifeng He: Consistency Checking of UML Requirements. ICECCS 2005 EE Geguang Pu Zongyan Qiu , Jifeng He: Integrating Time and Resource into Circus Electr. Notes Theor. Comput. Sci. 130 EE Zhiming Liu , Jifeng He, Xiaoshan Li : Towards a Rigorous Approach to UML-Based Development. Electr. Notes Theor. Comput. Sci. 130 EE Jifeng He: Linking Theories of Concurrency. 25 Years Communicating Sequential Processes 2004 EE Jifeng He, Zhiming Liu Xiaoshan Li Shengchao Qin : A Relational Model for Object-Oriented Designs. APLAS 2004 EE Xiaoshan Li Zhiming Liu , Jifeng He: A Formal Semantics of UML Sequence Diagram. Australian Software Engineering Conference 2004 EE Jing Liu Zhiming Liu , Jifeng He, Xiaoshan Li : Linking UML Models of Design and Requirement. Australian Software Engineering Conference 2004 EE Xiaoshan Li Zhiming Liu , Jifeng He, Quan Long : Generating a Prototype from a UML Model of System Requirements.
Resume Of Mark A. Indovina
This program is written in C using the verilog programming Language Interface (PLI). The application is capable of estimating capacitive loads modeled using
http://www.indovina.us/~mai/resume.html

Extractions: Mark A. Indovina mark-at-indovina-dot-us Over 20 years experience with increasing engineering and management responsibility. Extensive background in DSP and RISC processor design, signal processing, system design, communications, engineering consulting, and developing integrated circuits in various technologies. Extensive experience in company & design center "start-up", recruiting top talent, team building, setting direction, achieving established goals, budgeting, and engineering project management at any level. Extensive experience in defining and achieving a technology vision that allows products and companies to grow and thrive. Extensive experience in the use, deployment, and development of advanced engineering tools. Taught graduate level courses in VLSI design at Florida Atlantic University. Co-authored "A Top-Down Approach to IC Design" , a book focusing on leading-edge IC design practices and methods. This book complements a class in top-down described below. Patent #20010025363 "
Pearson Education - Active-HDL 6.3 Student Edition
Introductory selfpaced tutorials that teach VHDL and verilog programming techniques are also available on the Active-HDL Student Edition 6.3 CD-ROM for
http://www.pearsoned.co.uk/Bookshop/detail.asp?item=100000000108868
EETimes.com - Superlog Provides For Testbench Work
Superlog adds a wealth of verification features to Verilog, enabling a single without having to go through the verilog programming language interface.
http://www.eet.com/story/OEG20010615S0059

Extractions: ith recent increases in device complexity, many project teams have found it necessary to augment their existing simulation solutions with utilities that provide enhanced verification automation functions. Co-Design Automation's Superlog system design language recognizes the importance of verification and has built-in capabilities to address it. Superlog adds a wealth of verification features to Verilog, enabling a single language for both abstract design and testbench creation. Co-Design Automation's new Universal (unified verification simulation algorithm) technology allows the new verification features to be simulated directly in the company's Systemsim simulation kernel, providing an efficient verification environment. That direct integration of verification capability helps eliminate performance and other productivity bottlenecks associated with existing, loosely coupled solutions. To see how to put some of those ideas into practice, let's look at a typical verification environment for an ATM router, such as the public challenge circuit distributed through the Verification Guild newsletter. Although this is one example, general concepts apply to a wide variety of applications.
EETimes.com
C application code linked through a verilog programming language interface (PLI). Before we wrote any Verilog code, we generated a simulation model
http://www.eet.com/editorial/2000/verification0001.html

Extractions: Reconfigurable Computing Accelerates Verification A small consulting firm used reconfigurable computing coprocessor technology and its attendant software to speed the verification of a large networking device. by Eric Shieh With the explosive growth in Internet usage and the merging of data with voice, designs for the networking industry are going through major changes. With chip capacity reaching greater than 3 million gates, design verification has been the major bottleneck in bringing new network products to market. Fortunately, new verification technologies, such as reconfigurable computing (RCC) coprocessors, accelerate design verification over previous methods, and are helping to reduce time to market. Networking functionality has matured to the extent that networking vendors are striving to create added value in their products by producing systems with higher port densities, higher bandwidth ports, longer packet sizes, and advanced traffic policing features to enable the integration of voice and data on a data network. The implementation of all of these features drastically increases the verification effort required for past designs, not only in the number of tests required to verify the increasing feature sets, but also in the simulation time required to complete them individually and in regression suites. Of the methods available to boost simulation performance, RCC coprocessor technology has demonstrated the most promise in closing our verification gap. The associated ease of use, preservation of current design methodology, high performance, and debugging tools such as dynamic checking, hot swapping, and waveform extraction, have made RCC our choice to verify large system-on-a-chip (SOC) designs.
Find Jobs - JobDetails
external developers utilizing C, C++, and verilog programming techniques. Synopsys Tools, Verilog and C/C++ programming experience required as well
http://engineering.careerbuilder.com/JobSeeker/Jobs/JobDetails.aspx?IPath=OCP&jo
W&W Communications, Inc.
Exp.w/verilog programming language for FPGA design; logic analyzer; high speed oscilloscope; high speed I/O protocol such as DDR,SDRAM,SSRAM,PCI;Xilinx or
http://www.wwcoms.com/company/careers.htm

Extractions: document.write("Company") document.write("News") document.write("Careers") document.write("Contact Us") Careers Would you like to help build a world-class video company? WWComs needs outstanding individuals who are not afraid of challenges, people who thrive on taking technology where it has never been before, individuals with creativity and vision. If this sounds like you, contact us to explore jump starting a very exciting career with us. WWComs offers competive compensation packages with benefits and stock options. Qualified applicants should send resume to career@wwcoms.com or
Stuart Sutherland: New & Used Books Search Result For Stuart Sutherland
Verilog Pli Handbook A User s Guide and Comprehensive Reference on the verilog programming Language Interfac4E, 2nd Edition By Stuart Sutherland
http://www.fetchbook.info/search_Stuart_Sutherland/searchBy_Author.html
OHSU News Release
I could have learned the basics of digital circuit design using verilog programming language and implementation of FPGA s (Field Programmable Gate Array s)
http://www.ohsu.edu/news/2003/101503cse.html

Extractions: macraem@ohsu.edu Department of Computer Science and Engineering Index of current releases News release archive PORTLAND A trio of Portland-area engineers recently found that out for themselves when they enrolled in an OGI evening class. In "System-on-Chip Design with Programmable Logic," now offered as part of the Computer Engineering and Design curriculum through OGI's Department of Computer Science and Engineering (EE571), Ryan Mitchell, Rob Treadway and Garry Zohar collaborated for three months to build a novel audio spectrum analyzer that displays its results on a CRT (cathode ray tube) monitor. Like many OGI students, these engineers currently are working in high tech jobs, but attend the Hillsboro, Ore.-based science and engineering school part time to stay on top of their fields. OGI courses provide these professionals the opportunity to learn from one another while receiving expert instruction on real-world interdisciplinary research problems. "The students applied knowledge of digital signal processing and the computer graphics technology they learned in the class to a reconfigurable hardware platform to implement a creative and well-executed project," said

A B C D E F G H I J K L M N O P Q R S T U V W X Y Z

61-80 of 92 Back | 1 | 2 | 3 | 4 | 5 | Next 20