针对目前数字逻辑课程存在的知识老化、内容严重滞后于现代数字电子技术发展、与后续课程脱节等问题,提出了基于自动设计方法进行数字逻辑课程改革的思路.引入硬件描述语言和EDA技术等新知识,设计了先进的课程教学体系；基于EDA技术,构建了系统的、多层次的实验教学体系,且实验体系与计算机专业后续实验课程具有很好的延续性.研究成果已在4届学生中实施,并取得了显著成效.%Aiming at the primary problems such as knowledge aging, contents lagging far behind the development of the modern digital electronic technique and contents disjointed with the subsequent courses in the traditional Digital Logic course, a viewpoint about the Digital Logic course reform based on auto design method is presented. An advanced course teaching system is designed based on new knowledge about HDL (hardware description language) and EDA (electronic design automation) technology. A systemic and tiered experimental teaching system is built based on EDA technology, which has good continuity with subsequent computer speciality experiment courses. The research products have been applied to students of four grades and the remarkable effect is obtained .
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