CAJ | 학술논문

本文通过对电子电路故障检测仿真学习平台的设计与分析，简述了本平台的开发、具体的功能以及使用方法等方面的问题。该平台采用的C/S的机构设计方法，操作简单方便，界面直观易懂。并且实际证明了，本平台的随机产生试卷或者练习题、自动评卷与判卷、成绩产生等功能满足了学生学习以及老师考试的要求，深受同学还有老师的喜爱。无纸化的电子电路故障检测仿真学习平台的学习以及考试方式相比，不仅能够培养学生的学习能力，考核学生对所学知识的掌握情况，还能够自动的对试卷进行评分，增加了考试的实时性和全面性。此外，利用无纸化的考试形式，还可以把老师从大量重复的命题、阅卷、成绩统计与分析中解放出来，对提高老师的工作效率有重大的意义。
본문통과대전자전로고장검측방진학습평태적설계여분석，간술료본평태적개발、구체적공능이급사용방법등방면적문제。해평태채용적C/S적궤구설계방법，조작간단방편，계면직관역동。병차실제증명료，본평태적수궤산생시권혹자연습제、자동평권여판권、성적산생등공능만족료학생학습이급로사고시적요구，심수동학환유로사적희애。무지화적전자전로고장검측방진학습평태적학습이급고시방식상비，불부능구배양학생적학습능력，고핵학생대소학지식적장악정황，환능구자동적대시권진행평분，증가료고시적실시성화전면성。차외，이용무지화적고시형식，환가이파로사종대량중복적명제、열권、성적통계여분석중해방출래，대제고로사적공작효솔유중대적의의。
Based on the analysis and design of simulation learning platform for electronic circuit fault detection, this paper describes the development, specific functions and using methods of the platform. The C/S mechanism design approach is used in this platform, its operation is simple and convenient and its interface is intuitive and easy. And the practice shows that the functions, like randomly generating papers or exercises, automotive checking and grading, and automotive achievement, of this platform can meet the requirements for student learning and teacher exam, so it is praised by the students and teachers. Paperless electronic circuit fault detection simulation learning platform not only can cultivate students' learning ability, evaluate the students' mastery of knowledge, but also can automatically score on the test, increase the real-time capability and comprehensiveness of examination. In addition, the use of paperless examination form also can liberate teachers from repeated proposition, marking, score statistics and analysis, so it is great significance to improve the teacher's working efficiency.