Search Results

Filters
Reset All

Filters

Topic

Show More

Show Less

Content Type

Show More

Show Less

Audience

Resource Type

Show More

Show Less

Tags

Show More

Show Less

2097 Results

  • Simulating UVMF Code on Windows

  • Generating UVMF Code on Windows

    In this session, you will learn how to use the generation scripts on Windows to produce UVMF testbench source.

  • Generating UVMF Code on Windows

  • Installing Python on Windows

    In this session, you will learn how to install Python on a Windows system for use with UVMF scripts.

  • Installing Python on Windows

  • UVMF Build/Compile/Run Script Introduction

    In this session, you will be introduced to the capabilities and use of the UVMF Build/Compile/Run script.

  • UVMF Build/Compile/Run Script

  • Register Adapters, Predictors, and Tests

  • Register Adapters, Predictors and Tests

    In this session, you will learn how to use register model adapters, predictors, and tests in UVMF.

  • Register Model Generation and Replacement

    In this session, you will learn how to produce a UVM register model, applying it to a UVMF testbench.

  • Register Model Generation and Replacement

  • Register Model Generation and Integration

    In this session, you will be introduced to the generation of a register model as part of a UVMF environment.

  • Register Model Generation and Integration

  • UVM Framework Release 2023.1

    General Updates: Added BASE_T type parameter to scoreboard classes to allow insertion of user base class. Added supper.xxx_phase calls to classes with BASE_T type parameter.

  • UVMF -All

    UVMF v2023.4_2 Generator Updates: Replaced new with factory create for construction of broadcasted transaction from monitor.

  • Verification Data Analytics with Machine Learning

    Verification is data-and computation-intensive, making it an ideal field for ML applications. Advancements in ML have offered many opportunities to accelerate verification workflow, improve verification quality, and automate verification execution. However, being a data-centric method, ML has also elevated data to become the most crucial factor of ML success.

  • Verification Data Analytics with Machine Learning

    This whitepaper provides an overview on the importance of data to ML, the available data for verification, and the existing applications of ML in verification. It reveals that data itself may dictate applicable ML models. Machine learning has demonstrated great potential in verification. However, attention should be paid to generalizing and scaling the models to ensure their success in a production environment.

  • The UVM Factory Revealed - Part 2

    This is a follow up to last week’s high-level post on the UVM Factory . Now let’s get technical! Here are the SystemVerilog Object-Oriented Programming concepts behind the factory.

  • Epilogue: 2022 Study Summary and Key Findings

    This is the last in a sequence of blogs that presents the findings from our new 2022 Wilson Research Group Functional Verification Study. I opened this blog series with a  Prologue posting that provided an overview of this year’s study. I think it is only fitting that I end this series with an Epilogue posting that summarizes some of this year’s key findings.

  • FPGA Functional Verification Trend Report - 2022

    This report examines the trends in functional verification for the field programmable gate array (FPGA) market segments identified in the 2022 Wilson Research Group study.

  • IC/ASIC Functional Verification Trend Report - 2022

    This report examines the trends in functional verification for integrated circuits (ICs) and application-specific integrated circuits (ASICs) as identified in the 2022 Wilson Research Group study.

  • The UVM Factory Revealed - Part 1

    When you first learn UVM, most of the concepts make sense, even if you are new to Object-Oriented Programming. Except one, the UVM Factory. Why do you need all that extra code, class::type_id::create(), just to make an object? What’s wrong with just calling new()? The answer is teamwork!

  • Does Your UVM Flavor Have Sprinkles?

    UVM is a standard, so that means that every company writes their testbenches the same, universally interchangeable, right? Not exactly. I just got back from teaching in Europe. No matter where the engineers grew up, they all spoke English, each with a different accent. I think that I don’t have an accent, having grown up in Alaska, but my coworkers in Texas and London would disagree. Let’s look at some of the different accents and flavors of UVM.

  • Conclusion: Deeper Dive into Non-Trivial Bug Escapes

    Our study results show that the IC/ASIC market has matured its verification processes overtime to address growing complexity, predominately driving by the emergence of SoC-class designs in the mid-2000 timeframe. Today we find the FPGA market is maturing its verification processes.

  • Improving Verification Predictability and Efficiency Using Big Data

    This paper will define the typical verification environment and the data that it often leaves uncaptured across the duration of a project. It will show how the process of capture, process, and analyze can be applied to improve predictability and efficiency of the whole verification process.