摘要
超大规模集成电路设计与验证是计算机科学与技术学科以及电子科学与技术学科专业的核心课程。总结了近几年来该课程教学实践方法。参照国外相关课程经验,不断优化、调整教学内容,以及与之配合的课内实验课和课外课程设计实践,探索了基于虚拟机环境一体化EDA工具为载体的实验环境;为学生课后的自主学习和实验创造了条件。
VLSI design and verification is the kernel course of both the computer science and technology major and the electronic engineering major. The practice methods of this course in recent years are summarized. Consulting the experiences from corresponding courses in other leading universities, the course projects and laboratories have been evolved and optimized with the updated contents. We explore the all-in-one integrated EDA experiment platform based on virtual machine technology. The statistical data shows that this platform improves the capability and possibility for students to complete the project in self-teaching or practice after class.
出处
《计算机工程与科学》
CSCD
北大核心
2014年第A01期14-17,共4页
Computer Engineering & Science
基金
十二五高素质新型军事人才培养专业学位研究生课程体系建设项目
关键词
实验
EDA工具
验证
虚拟机
一体化
experiment
EDA tools
verification
virtual machine
all-in-one
