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Adaptable Constraint Extraction for ML in Design Verification

In recent years, the use of AI in design verification has become increasingly popular due to the growing complexity of designs and the need for more efficient verification methods. AI can help automate constraint optimization, optimize stimulus generation, and speed up root-cause analysis. However, beyond developing more intelligent methods, it

Slow Adoption of AI in the Semiconductor Industry

Slow Adoption of AI in the Semiconductor Industry. The semiconductor community is slow to adopt AI.

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Which LLM is the best ?

🚀 VerifAI knows the Best Answer! 🚀 Why do we need this - because No single LLM is Best for all prompts 🚀 What’s more, LLMs continue to leapfrog each other in performance, so the Best LLM for each prompt does not remain the same Typical Prompts (Jan 2024)Best AnswerWrite verilog

Why are car companies so bad at software and what can be done about it?

There is no doubt the auto industry faces its biggest ever disruption, greater than the Model T in 1908, the gas crisis of 1973 and auto bailouts of 2008. The combination of software plus electrification places established giants like Ford, GM and VW at a disadvantage against newer, nimbler companies

No LLM or ‘Super Search Engine’ will dominate and what this means for users

Twenty years ago, internet users faced a barrage of search engines; alta vista, infoseek, lycos, excite, yahoo, infospace, askjeeves and of course Google. Today, pretty much only the last one remains, the others fell by the wayside. This ‘winner takes all’ result arises from users understanding which gives the best

Is Hardware chasing Software or vice-versa for Generative AI workloads ?

Generative AI has changed the world profoundly, we didn't know this until ChatGPT was released in Nov-2022. The significance of ChatGPT is that it did the hard 10% of what was missing from prior generations of generative auto-regressive models, which was to scale up significantly from previous generations. In addition

Unleashing the Power of Language Models: A Python Game Challenge

Dive into the coding arena with GPT, BARD, LLAMA, and Mistral as they face off in a Python game challenge. Unleash the power of language models in a battle of creativity and precision.

Which LLM is the better storyteller?

Author: Pooja Krishan To check which LLM in VerifAI's MultiLLM App is better at short stories, I came up with two prompts – ‘Write the shortest story in the world’, and ‘Tell me a scary four-word story’. Let’s see how the LLMs performed! Prompt 1: "Write the shortest story in

VerifAI's MultiLLM App Update

Hello, 🚀 We are excited to share VerifAI's MultiLLM WebApp 🚀 VerifAIs MultiLLM ranks the output of LLMs. It takes inspiration from Google's Page Ranking Algorithm, which determines the relevance and importance of web pages 🚀 MultiLLM assess the quality of generated Code/Content from different LLMs and ranks them 🚀 MultiLLM assists in

Introducing VerifAI's MultiLLM open-source framework

Harnessing the power of Multiple Large LLMs VerifAI's Python open-source MultiLLM  framework calls LLMs in parallel and ranks their outputs to find the best results (ground truth). The first use case is comparing code produced by GPT3,5 and Google-Bard. MultiLLM can be extended to support new LLMs and custom

TestGuru Demo - AI Driven Test and Code Co-Pilot for Verilog and Python

TestGuru is a VS-Code Plugin, that uses AI to Generate Tests, Write Code, Explain Code, Find and Fix Bugs like no human can. Loading…

Re-imagining Verification - Verification Engineer 2.0

Verification Challenges The tremendous advances in Integrated Circuit (IC) Design has brought us amazing products over the last decade. These products have permeated into our daily lives in more ways than we had ever imagined and now are an integral part of our day.  The advances in IC's have also

Design Verification Challenge #1 - Maximize FIFO Queues on a 4-CPU Cache Controller Design

The Problem The tremendous advances in Integrated Circuit (IC) Design has brought us great products over the last decade. These advances in IC's have also increased the complexity of Design Verification significantly. Design Verification (DV), the process of verifying that an IC functions as intended, takes up more than 50%