一种基于单元测试的闯关式综合型实验设计方案
An adventure-based comprehensive experimental design scheme based on unit testing
摘要
持续的实验改革是适应技术进步和教学体系更新的必要之举.针对计算机系统类课程实验教学存在的理论与实践脱节、工具链滞后、趣味性不足等问题,提出一种基于单元测试的闯关式综合型实验设计方案,用于持续革新系统类课程的实验教学.该方案通过游戏化关卡设计将复杂实验任务进行分解,结合工业级工具链构建模块化实验工程,并引入量子计算等前沿技术提升实验吸引力.以量子计算云平台为例,介绍了该实验设计方案体现的"尝试-优化-验证"的闭环学习机制.抽样调查表明,该实验方案可增强学生的目标感和探索热情,引导了学生使用工业级生产工具,有效衔接了教学与产业需求,为计算机系统课程实验改革提供了创新路径.
Continuous experimental reform is a necessary measure to adapt to technological progress and the renewal of the teaching system.Addressing the problems existing in the experimental teaching of computer system courses,such as the disconnection between theory and practice,lagging tool chains,and insufficient interest,this paper proposes an adventure-based comprehensive experimental design scheme based on unit testing to continuously innovate the experimental teaching of system cour-ses.This scheme decomposes complex experimental tasks through game-like level design,builds mod-ular experimental projects with industrial-grade tool chains,and introduces cutting-edge technologies such as quantum computing to enhance the appeal of experiments.Taking the quantum computing cloud experiment platform as an example,this paper introduces the"try-optimize-verify"closed-loop learning mechanism embodied in this experimental design scheme.A sample survey shows that this ex-perimental scheme can enhance students' sense of purpose and exploration enthusiasm,guide students to use industrial-grade production tools,effectively bridge the gap between teaching and industrial de-mands,and provide an innovative path for the experimental reform of computer system courses.
年，卷(期)：
2026, 29(4)
分类号：
TP301
机标分类号：
TP311
G642.0
F270
在线出版日期：
2026年9月24日
