Incisive Functional Safety Simulator Training
日期 | 版本 | 国家/地区 | 位置 | |
---|---|---|---|---|
Scheduled upon demandOn demand | EXPRESS INTERESTINQUIRE |
Length: 1 day (8 Hours)
Course Description
This one-day class gives an introduction to what is Functional Safety, explains what does Compliance to ISO 26262 Standard means and how Cadence provides the solution through Incisive Functional Safety Simulator or IFSS tool which reduces this compliance effort by 50%. It further teaches to elaborate a design using IFSS tool commands, Perform Fault Specification, Inject Faults during Simulation, Execute the Good Machine Run and the Fault machine Run, Generate Fault Simulation Reports and Analyze them and also to achieve the Single Point Faults detection and classification for your design.
Learning Objectives
After completing this course, you will be able to:
- Understand what is functional safety technology and it’s importance
- Recognize the ISO 26262 standard for functional safety compliance
- Run the Incisive Functional Safety Simulator tool on your design by:
- Elaborating the design with IFSS tool commands
- Performing Fault Specification
- Injecting Faults during simulation
- Executing the Good Machine Run
- Executing the Fault machine Run
- Generating Fault Simulation Reports and Analyze them
- Performing the Single Run method to achieve the Single point faults detection and classification
Software Used in This Course
- Incisive 15.2, IFSS 15.2
Software Release(s)
- Incisive Enterprise Simulator XL-29651
Course Agenda
Day 1
- About This Course
- Overview of Cadence Software – IFSS solution
- What is Functional Safety?
- Functional Safety Standard- ISO 26262 - an Overview
- Incisive Functional Safety Simulator (IFSS)Module Title
- IFSS Injection Flow
- Elaboration and Fault Specification
- Lab: Execution of the irun –elaborate command with associated options to achieve the elaboration and fault specification process and finally view the elaboration reports generated.
- Injection of Faults at Simulation Time
- Lab: To execute fault injection commands for different methods of fault injection at simulation
- Fault Strobing
- Lab: To execute different fs-strobe command options and realize the effect of that in the machine runs
- Randomized IFSS Flow
- Lab: To Get familiar with IFSS commands and options for Randomized IFSS flow
- Targeted IFSS Flow
- Lab: To Get familiar with IFSS commands and options for Targeted IFSS flow
- Single Run Execution, detection and mapping faults
- Stop_severity, Stop_on and their individual and combined usage
- Lab: To Execute the commands to explore the IFSS tool capability to detect and map Single Point Faults using the single Run method
Audience
- Verification engineers building coverage-driven verification plans, Architects, Testbench architects, Verification and Design engineers
Prerequisites
You must have experience with the following:
- Familiar with functional verification, creating test cases for running simulations and the like
- Experience with the Incisive Simulator tool usage
- Recommended prerequisite course is “Incisive® SystemC, VHDL, and VerilogSimulation”.
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