编程作业自动评估系统回顾

Mohamed Tarek, Ahmed Ashraf, Mahmoud Heidar, Essam Eliwa
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摘要

近年来,编程已经成为一项高要求的技能。练习编程可以提高解决问题的能力和逻辑能力。不同的学位,包括计算机科学和工程,要求学生通过不断的实践来学习编程。每个学期,缺乏适当的编程能力可能会导致失败或退学。成为一名优秀的程序员需要充分的监督和经常的编程实践。教师在培养学生学习技能方面的作用对于提供错误反馈并相应地增加学生的知识至关重要。由于学习者数量的增加,教师在给予充分、快速和个性化的反馈方面负担过重。为了解决这些挑战,研究人员创建了几个自动评估(AA)系统,分析学生的课程,并对错误提供快速反馈,减轻教师的负担。本文详细分析了几个现有的系统和相关的成功因素。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Review of Programming Assignments Automated Assessment Systems
Programming has become a high-demand skill in recent years. Practising programming boosts problem-solving and logic skills. Diverse degrees, including Computer science and Engineering, require students to learn programming through continuous practice. Every semester, the lack of appropriate programming abilities may lead to failure or dropping out. Becoming a good programmer needs adequate supervision and frequent practice with programming activities. Instructors' roles in developing students' learning skills are critical in offering feedback on faults and increasing students' knowledge accordingly. Due to the increasing number of learners, teachers are overburdened with giving adequate, quick, and individualised feedback. To solve these challenges, researchers have created several Automatic Assessment (AA) systems that analyse students' programs and offer rapid feedback on faults, reducing teachers' burden. This paper gives a detailed analysis of several existing systems and the associated success factors.
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