CAJ | 학술논문

传统软件类课程实验平台直接由实验室物理机器构建，无法保障学生实验过程的延续性，教师也无法实时对学生实验状况进行监控和指导。为此，提出一种基于云计算的软件类课程实验平台设计方案，并给出其原型系统的实现。应用结果表明平台能够有效地支持学生的课后自主实验活动，也能对授课教师进行实验教学效果的反馈。
전통연건류과정실험평태직접유실험실물리궤기구건，무법보장학생실험과정적연속성，교사야무법실시대학생실험상황진행감공화지도。위차，제출일충기우운계산적연건류과정실험평태설계방안，병급출기원형계통적실현。응용결과표명평태능구유효지지지학생적과후자주실험활동，야능대수과교사진행실험교학효과적반궤。
The experiment platform of the traditional software course is built directly by the physical machine in the lab. It can not guarantee the continuity of students’ experimental process and teachers can not monitor and guide students’ experiments in real time. This paper, based on cloud computing, proposes the experiment platform schema of the software course, and gives the realization of the prototype system. The result shows that the platform can not only effectively support students’ independent experimenting activities after class, but also can provide the feedback of teachers’ experiment teaching.