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2154 Results

  • Automated Formal-Based Apps - Improving Quality and Time-to-Market with Formal

    In this session, you will learn how formal apps can help you address high-value verification challenges; finding deep bugs in complex logic, accelerating code coverage closure, uncovering register policy corner cases, validating low power clock gating, late ECOs or bug fixes, or fault/SEU mitigation logic and more.

  • Direct Formal Property Checking - Improving Quality and Time-to-Market with Formal

    In this session, you will learn how formal analysis works, how you can create an effective "formal testbench" with very basic, easy-to-write properties, plus an introduction to popular formal verification methodologies: bug hunting, completely proving the correctness of critical DUT functions, and proving the absence of deadlock.

  • Deadlock Verification For Dummies - The Easy Way Using SVA and Formal

    In this session we will show how combining the above concepts using normal SVA liveness properties allows for RTL engineers to achieve the benefit of formal deadlock analysis without the iterative component or learning a non-standard assertion language. Deadlock verification for dummies!

  • Better UVM Debug

  • Better UVM Debug with Visualizer

    In this session you will learn UVM Debug tips and tricks in both Post simulation and Live simulation.

  • Maximize Your UVM Productivity with Protocol-Aware Questa Verification IP

    In this session, you will learn how the Questa Verification IP library gives you everything you need to verify standard protocols in your UVM environment. With the new Configurator GUI, it's now even easier to take advantage of these powerful verification components to maximize the effectiveness of your UVM verification.

  • Market-Driven Trends in Hardware Emulation

    In this session you will learn how AI/ML, 5G, networking and ADAS designs are affecting verification and validation and how Veloce Strato & VirtuaLAB address these verification challenges.

  • Context-Aware Debug for Complex Heterogeneous Environments

    In this session, you will learn how you can debug using high level abstractions like classes, transactions, assertions, coverage, biometric search, automated temporal causality trace and how you can utilize Visualizer to tackle complex UVM testbench challenges in Post (Class in waveform, schematic view …) and Live Sim mode (breakpoints …).

  • Productivity in the Questa Simulation Flow

    In this session, you will learn every step of the Questa Simulation-based verification flow has been optimized and accelerated, from regression management, to incremental compilation and elaboration, to debug and coverage.

  • Automating Clock-Domain Crossing Verification for DO-254 (and Other Safety-Critical) Designs

    Metastability is a serious problem in safety-critical designs in that it frequently causes chips to exhibit intermittent failures.

  • Optimizing Time to Bug

    In this session, we'll be highlighting the issues that have cropped up in recent years, including the explosion in the amount of data that must now be verified and managed and the safety and security of the data and systems they control.

  • ISO 26262 Requirements Management

    In this session, you will learn the workflow of a requirement, the artifacts that must be captured to successfully pass an assessment, and the importance of automated data management.

  • ISO 26262 in Simple Terms

    In this session, you will gain an understanding of the core mission, scope, and key concepts of ISO 26262.

  • ISO 26262 in Simple Terms

  • ISO 26262 Requirements Management

  • Introduction to ISO 26262

    The purpose of this track is to provide engineers and managers with a basic understanding of the key concepts of ISO 26262. This includes information on the scope of the standard, how the standard addresses the broader automotive supply chain, and key requirements defined at each phase of the product lifecycle.

  • UVM Coding Guidelines: Tips & Tricks You Probably Didn’t Know

    In this session, you will learn how to create testbench transactions and component classes that are easily debugged and reused. Additional rules are shown for SystemVerilog code to prevent common bugs.

  • Code Generation Merging

  • Code Generation Merging

    In this session you will learn about UVMF code generation capabilities that allow you to quickly produce new iterations of generated code that automatically transfer previous manual edits from earlier versions.

  • Mind the GAP(s): Closing and Creating GAPS Between Design and Verification

    This workshop will examine several gaps in development processes that can result in verification escapes, and suggest solutions that can prevent bugs from finding their way into customer deployments.

  • Mind the Gap(s): Closing and Creating Gaps Between Design and Verification

    This session will examine several gaps in development processes that can result in verification escapes, and suggest solutions that can prevent bugs from finding their way into customer deployments.

  • FPGA Verification Maturity: A Quantitative Analysis

    While multiple studies on IC/ASIC functional verification trends have been published, there have been no studies specifically focused on FPGA verification trends. To address this dearth of information, Harry presents the results from a recent large industry study on functional verification.

  • FPGA Verification Maturity: A Quantitative Analysis

  • Verify Thy Verifyer

    Design Verification is a field that requires a lot of thinking and equally a lot of coding. Tighter time-to-market adds a lot of schedule pressure to the teams coding those testbenches and test cases. The advent of UVM (Universal Verification Methodology) as the standard framework, has helped the industry make good progress in terms of structured testbenches. One of the primary objectives of UVM is to build robust, reusable testbenches.

  • Using Questa SLEC to Speed Up Verification of Multiple HDL Outputs

    Questa SLEC, the formal analysis app from Siemens EDA, was designed to automatically compare a block of code ("specification" RTL) with its functional equivalent that has been slightly modified ("implementation" RTL), helping design teams save considerable amounts of time and resources. Codasip, the leading provider of configurable RISC-V® IP, has come up with a new use of this tool: the verification team uses it to compare a fully UVM-verified HDL code.