任务驱动法在单片机并行接口技术教学中的应用

The Application of Task-driven Method in the Teaching of Parallel Interface Technology of Single Chip Microcomputer

并行接口技术即使是"单片机应用技术"课程中的基础内容又是重要内容。本文以任务驱动法为主,仿真训练为辅的,采用理论和实操相结合的方法进行教学。教学通过设定教学情境,提出任务目标。让学生在完成教学任务的过程中分析问题、解决问题;最后通过仿真验证,完成任务。实践表明将任务驱动法引入单片机应用教学中,可以提升学生对单片机的学习兴趣,培养学生的应用实践能力,激发学生的创新意识。

Parallel interface technology is an important content even though it is the basic content in the course of"SCM application technology".This paper focuses on task-driven methods,supplemented by simulation training,and uses a combination of theory and practice for teaching.Teaching sets up the teaching situation and proposes task goals.Let students analyze and solve problems in the process of completing teaching tasks.Finally,the task is completed through simulation verification.Practice has shown that the introduction of task-driven method into the teaching of single-chip microcomputer application can enhance students'interest in learning single-chip microcomputers,cultivate students'practical ability in application,and stimulate students'sense of innovation.