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        1、培訓過程中，如有部分內容理解不透或消化不好，可免費在以后培訓班中重聽；
        2、課程完成后,授課老師留給學員手機和Email,保障培訓效果,免費提供半年的技術支持。
        3、培訓合格學員可享受免費推薦就業機會。

培訓方式以講課和實驗穿插進行。

Cadence? Incisive? Enterprise Simulato主要利用系統級至門級的涵蓋率來驅動功能驗證和除錯分析進一步促進的驗證的效率及可預測性。Cadence Incisive Enterprise Simulator?提供testbench制作、共用和分析能力，可從系統級至RTL再到門級驗證其設計，利用此環境從計劃至完成皆可支援涵蓋范圍驅動的運算法，而其原位編譯的模組可在傳統同步模擬加速並同時模擬關于behavior、transation(TLM)?、RTL和門級模型，以達到有效改善同步模擬的不良性能。它也支援工業標準的驗證語言並且與開放驗證運算法相容(OVM)，因此工程師能迅速簡單地整合Cadence Incisive Enterprise Simulator以建立所需要的驗證流程。

COURSE OUTLINE

MDV (Metric Driven Verification) foundations workshop

·?????????MDV Foundations introduction

–??MDV Foundations Planning

–??Introduction to Planning

·?????????Verification Plan Development

–??Lab 1: Launching Your First Regression

–??Lab 2: Review the Default vPlan View in Enterprise Manager

–??Lab 3: Creating Reusable Verification Plans

–??Lab 4: Creating a Top Level Verification Plan

–??Lab 5: Detecting Changes in the New Specification

–??Lab 6: Review the vPlan in vManager

·?????????MDV Foundations Infrastructure ?

–??Lab 1: Your First Enterprise Manager Regression

–??Lab 2: Integrating project build and run

·?????????MDV Foundations Management

–??Lab 1: Create your own first failures view

–??Lab 2: Rerun Failures

–??Lab 3: vPlan Analysis

–??Lab 4 : Report generation

?

Low Power Verification Workshop

???????????Introduction

–????????Introduction to Low Power Terminology

–????????CPF Creation

–????????Lab: Understanding the power information from a CPF file - Solution

???????????Low Power Simulation Verification

–????????Verification Planning and Metrics for Low Power

–????????Low-Power Simulation

–????????TCL Commands for Debug

–????????Debugging with SimVision

–????????Automatic Assertions

–????????Lab: Low-Power Simulation Debug

Assura Verification

The Assura? Verification course covers aspects of using the Assura DRC and Assura LVS tools for design rule checks, short location, and layout-versus-schematic checks. In labs, the student executes DRC and LVS and debugs error results.

Learning Objectives
In this course you will:
? o Verify your physical IC design with Assura Verification?
? o Set up and run DRC and LVS?
? o?Locate and display results from DRC and LVS runs?
? o Run verification in various input and run modes

Audience
? o CAD Developers
? o Design Engineers
? o? Layout Designers

Prerequisites
? o Layout design experience
? o Physical verification experience
? o UNIX OS

Course Agenda

Unit 1

? o?Introduction?
? o?Using Assura Verification?
? o?Operational details?
? o?Inputs and outputs?
? o?Interactive debugging environment?
? o?DRC and LVS runs
? o?Running design-rule checks (DRC)?
? o?DRC error debugging techniques?
? o?Error Layer Window?
? o?Setting up DRC run parameters

Unit 2

? o?Running design rule checks (continued)?
? o?Antenna check?
? o?Density check
? o?Running layout versus schematic (LVS) checks?
? o?Understanding and debugging LVS check reports?
? o?Setting up LVS run parameters?
? o?Displaying errors using the graphical user interface?
? o Locating LVS errors

Unit 3

? o Running layout versus schematic checks (continued)?
? o?Debugging LVS with multiple errors?
? o?Using the main debugging tools?
? o?Mismatched nets and mismatched devices?
? o?Shorts locator and opens locator?
? o?Malformed devices?
? o?Pins, parameters, and rewire tools
? o?Unguided debugger lab module?
? o?Running an electrical rules check (ERC)