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    The Verification Academy offers users multiple entry points to find the information they need. One of these entry points is through Topic collections. These topics are industry standards that all design and verification engineers should recognize. While we continue to add new topics, users are encourage to further refine collection information to meet their specific interests.

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    The Verification Academy is organized into a collection of free online courses, focusing on various key aspects of advanced functional verification. Each course consists of multiple sessions—allowing the participant to pick and choose specific topics of interest, as well as revisit any specific topics for future reference. After completing a specific course, the participant should be armed with enough knowledge to then understand the necessary steps required for maturing their own organization’s skills and infrastructure on the specific topic of interest. The Verification Academy will provide you with a unique opportunity to develop an understanding of how to mature your organization’s processes so that you can then reap the benefits that advanced functional verification offers.

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    The Verification Academy Patterns Library contains a collection of solutions to many of today's verification problems. The patterns contained in the library span across the entire domain of verification (i.e., from specification to methodology to implementation—and across multiple verification engines such as formal, simulation, and emulation).

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    No one argues that the challenges of verification are growing exponentially. What is needed to meet these challenges are tools, methodologies and processes that can help you transform your verification environment. These recorded seminars from Verification Academy trainers and users provide examples for adoption of new technologies and how to evolve your verification process.

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  • Home /
  • Functional Safety

Functional Safety

Functional Safety

The core mission of every safety-critical standard is to ensure the absence of unreasonable risk due to malfunctioning systems resulting in damage to persons or property. These standards guide programs through risk analysis and Safety Integrity Level (SIL) determination, hardware and software development procedures, and the supporting confirmation measures required to pass certification. Adhering to these standards adds a layer of complexity on to already complex development workflows, often resulting in unplanned time and resource overhead. It is critical that programs take a holistic approach when evaluating the solutions and tool chain deployed into a safety-critical project. Mentor design and verification solutions combined with Siemens Lifecycle Management tools constitute a portfolio of integrated products covering every step of your safety-critical workflow. Below please find the new DO-254 course, on demand seminars covering IEC 61508, panel discussions with users and many articles on key technologies to get you started.

Featured Course

Introduction to DO-254

Introduction to DO-254 Course | Subject Matter Expert - Byron Brinson | Functional Safety Topic

DO-254 has been around for over 15 years and has been applied almost exclusively in the commercial Aerospace industry. Because it has been focused in a subset of the electronic hardware market, many engineers and companies have little to no knowledge of DO-254.

However, in recent years, the airplane manufacturers have sought to create or update aircraft with newer technology to make them more functional, efficient and safer. As a consequence of this initiative there are two challenges have come to the surface...

Related Course

Sequential Logic Equivalence Checking

Sequential Logic Equivalence Checking Course | Subject Matter Expert - Jin Hou | Formal-Based Techniques Topic

In this course, you will be introduced to the concept of sequential logic equivalence checking and its common applications. You will also learn how to start with Questa® SLEC to verify design optimization, bug fix/ECOs, low power clock gating logic, and safety mechanisms.

In the News

  • Siemens acquires Austemper Design Systems for breakthrough IC functional safety technology
  • New Shifts In Automotive Design
  • EDA Tackles Functional Safety
  • Functional Safety Standards in the Machine Learning Era
  • Simplifying The Road To ISO 26262 Compliance

Resource Links

  • Mentor Safe
  • IEC 61508
  • ISO 26262
  • DO 264

Featured Sessions

The Automotive Digital Twin – Virtual or Virtually Impossible

DAC 2018 | The Automotive Digital Twin – Virtual or Virtually Impossible

This panel of experienced technical experts will debate the pros and cons of realizing the automotive Digital Twin.

Accelerating ISO 26262 Functional Safety Verification

Accelerating ISO 26262 Functional Safety Verification | IESF 2017 | Bryan Ramirez

This session will explore how Mentor’s Enterprise Verification Platform can help you address the functional safety verification needs of an ISO 26262 development flow.

Demonstrating Functional Safety Compliance in Automotive IC Design

DAC 2018 | Demonstrating Functional Safety Compliance in Automotive IC Design

In this session, we will review some of the hurdles holding the industry back from conducting exhaustive fault campaigns and some innovative approaches to solving them. Also included is a review of acceleration strategies and best practices to enable them.

ISO 26262 & From Analysis to Fault Campaigns - Parts 1 & 2

DVCon 2018 | ISO 26262 & Fault Analysis to Fault Campaigns - Parts 1 & 2

In this session, you will learn more about automotive functional safety and analysis to fault campaigns.

How Formal Reduces Fault Analysis for ISO 26262 - Part 3

DVCon 2018 | How Formal Reduces Fault Analysis for ISO 26262

In this session, you will learn how Formal reduces fault analysis for ISO 26262.

Requirement Tracing in the ISO 26262 World - Part 4

DVCon 2018 | Requirement Tracing in the ISO 26262 World

In this session, you will learn about requirement tracking in ISO 26262.

Featured Articles

ISO 26262 Fault Analysis – Worst Case is Really the Worst

Imagine you’re a verification engineer being asked to get a small 10K gate design ISO 26262 certified. Assuming you don’t take the smart decision to quit your job, what would be your first step? If you would have been asked to do plain functional verification of the design, it is obvious you would start by reading the DUT spec.

  • Read more about ISO 26262 Fault Analysis – Worst Case is Really the Worst

Getting ISO 26262 Faults Straight

ISO 26262 for automotive requires that the impacts of random hardware faults on hardware used in vehicles are thoroughly analyzed and the risk of safety critical failures due to such faults is shown to be below a certain threshold.

  • Read more about Getting ISO 26262 Faults Straight

It’s Not My Fault! How to Run a Better Fault Campaign Using Formal

The ISO 26262 automotive safety standard requires evaluation of safety goal violations due to random hardware faults to determine diagnostic coverages (DC) for calculating safety metrics. Injecting faults using simulation may be time-consuming, tedious, and may not activate the design in a way to propagate the faults for testing.

  • Read more about It’s Not My Fault! How to Run a Better Fault Campaign Using Formal

How Static and Dynamic Failure Analysis Can Improve Productivity in the Assessment of Functional Safety

Integrated circuits used in high-reliability applications must demonstrate low failure rates and high levels of fault detection coverage. Safety Integrity Level (SIL) metrics indicated by the general IEC 61508 standard and the derived Automotive Safety Integrity Level (ASIL) specified by the ISO 26262 standard specify specific failure (FIT) rates and fault coverage metrics (e.g., SPFM and LFM) that must met.

  • Read more about How Static and Dynamic Failure Analysis Can Improve Productivity in the Assessment of Functional Safety

A Practical Methodology for Meeting ISO 26262 Random Faults Safety Goals in Automotive Semiconductor Products

Functional safety is a critical concern for all automotive products, and the most complex and least understood part of it is safety from random faults (faults due to unpredictable natural phenomena rather than design bugs). ISO 26262, "Road vehicles — Functional safety" sets out the requirements for safe designs.

  • Read more about A Practical Methodology for Meeting ISO 26262 Random Faults Safety Goals in Automotive Semiconductor Products

Emulation Based Approach to ISO 26262 Compliant Processors Design

All types of electronic systems can malfunction due to external factors. The main sources causing faults within electronic components are radiation, electromigration and electromagnetic interference. The evaluation of a fault- tolerant system is a complex task that requires the use of different levels of modeling. Compared with other possible approaches such as proving or analytical modeling, fault injection is particularly attractive.

  • Read more about Emulation Based Approach to ISO 26262 Compliant Processors Design

AMS Verification for High Reliability and Safety Critical Applications

Today, very high expectations are placed on electronic systems in terms of functional safety and reliability. Users expect their planes, automobiles, and pacemakers to work perfectly, and keep on working for years. A reboot of a smartphone is annoying, but rebooting the airplane or car electronics while underway could be catastrophic, and a glitch in an implanted medical device could be life threatening.

  • Read more about AMS Verification for High Reliability and Safety Critical Applications

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