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simulation,eRM

Constrained Random Test Generation In e [IEEE 1647], Ernie * Duracell ≈ Infinity Minus

Ernie & Duracell "I feel great" - long pause - "I feel great, I feel great". 6 weeks later: "I feel great, I feel great, I feel great" - pause - "I feel great". I hear this sound coming out of my son's room. What is going on in my house? Is there such a...

Posted to Functional Verification (Weblog) by Axel Scherer on Wed, Aug 1 2012
My Clark Kent Moment – How I Discovered Aspect Oriented Programming in e (IEEE 1647)

Growing up on VHDL, moving on to Verilog and then to SystemVerilog, I eventually discovered e (IEEE 1647) Initially I thought: "What is the fuss all about?" While exploring the language during the development of the cowbell videos , it hit me -- I started to recognize the power of Aspect Oriented...

Posted to Functional Verification (Weblog) by Axel Scherer on Tue, Jul 10 2012
Inefficiency is Futile – Gain UVM e and SystemVerilog Verification Productivity Using Save, Restore, and Reseed

In the world of Star Trek " resistance is futile " when you encounter the Borg . Fortunately, in verification we do not have to deal with the Borg. Nonetheless, our world provides plenty of challenges. Schedules are tight, problems are complex, and market windows are narrow. In other words...

Posted to Functional Verification (Weblog) by Axel Scherer on Fri, Jun 1 2012
Get Started on UVM-e with Free Introductory Video Tutorials

One of the many requests that we get from Specman/ e customers is that they would like some basic e tutorials. So, as a first step, Axel Scherer has recently posted 24, very short, byte sized UVM- e basic tutorials . Check them out. These e -based videos are targeted for design and verification engineers...

Posted to Functional Verification (Weblog) by teamspecman on Thu, May 24 2012
UVM e (IEEE 1647) Video Series Features the Return of the Cowbell!

A significant number of readers of my previous post on this topic were not aware of the Saturday Night Live cowbell skit. This took me quite by surprise! The only prescription for this problem is that I pledge to continue to play the cultural ambassador and will introduce more vital trivia! However,...

Posted to Functional Verification (Weblog) by Axel Scherer on Mon, May 21 2012
Q&A: 7 Years After Verisity – How Specman and e Language Changed IC Verification

Seven years ago this month (April 2005) Cadence acquired Verisity, the pioneering verification company that developed the e language and the Specman environment. The acquisition resulted in a paradigm shift in IC verification, setting the stage for reusable verification methodologies, constrained-random...

Posted to Industry Insights (Weblog) by rgoering on Tue, Apr 24 2012
Analyzing Error Reports When Specman Crashes

One of the most frustrating events while running a tool would be to experience a tool crash. In Specman you would usually see something like: *** Error: OS signal 11 (segmentation violation) received See the stack trace in ./specman.err To debug: --------- o Rerun the same test with the same seed in...

Posted to Functional Verification (Weblog) by teamspecman on Tue, Apr 17 2012
Technical Tip on How to Use HDL Assertions in e

While assertion callbacks have existed in Specman/e for several years now, several questions on their usage have surfaced recently, so here is a short refresher on their usage. ABV (Assertion Based Verification) is, more and more, becoming an important aspect of any complete verification. HDL assertions...

Posted to Functional Verification (Weblog) by teamspecman on Wed, Sep 28 2011
Specman/e Users Voice Their Opinions on Benefits of e over SystemVerilog

A recent customer blog interview with Geoffrey Faurie from ST Microelectronics and Richard Goering from Cadence was posted on Cadence.com with the title: " Is e or SystemVerilog Best for Constrained-Random Verification? " This blog post has received much positive feedback from other Specman...

Posted to Functional Verification (Weblog) by teamspecman on Tue, Jan 18 2011

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simulation,eRM

Constrained Random Test Generation In e [IEEE 1647], Ernie * Duracell ≈ Infinity Minus

My Clark Kent Moment – How I Discovered Aspect Oriented Programming in e (IEEE 1647)

Inefficiency is Futile – Gain UVM e and SystemVerilog Verification Productivity Using Save, Restore, and Reseed

Get Started on UVM-e with Free Introductory Video Tutorials

UVM e (IEEE 1647) Video Series Features the Return of the Cowbell!

Q&A: 7 Years After Verisity – How Specman and e Language Changed IC Verification

Analyzing Error Reports When Specman Crashes

Technical Tip on How to Use HDL Assertions in e

Specman/e Users Voice Their Opinions on Benefits of e over SystemVerilog