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Using Case-Based Reasoning to Improve the Quality of Feedback Provided by Automated Grading Systems
PROCEEDINGS

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International Conference e-Learning 2014. Multi Conference on Computer Science and Information Systems,

Abstract

Information technology is now ubiquitous in higher education institutions worldwide. More than 85% of American universities use e-learning systems to supplement traditional classroom activities while some have started offering Massive Online Open Courses (MOOCs), which are completely online. An obvious benefit of these online tools is their ability to automatically grade exercises submitted by students and provide immediate feedback. Most of these systems, however, provide binary ("Correct/Incorrect") feedback to students. While such feedback is useful, some students may need additional guidance in order to successfully overcome obstacles to understanding. We propose using a Case-Based Reasoning (CBR) approach to improve the quality of feedback Computer Science students receive on their programming exercises. CBR is a machine learning technique that attempts to solve problems based on previous experiences (cases). The basic idea is that every time the instructor provides feedback to a student on a particular exercise, the information is stored in a database system as a past case. When student experience similar problems in the future, knowledge contained in past cases is used to guide the students to a solution. While the system will provide detailed feedback automatically, this feedback will have been previously crafted by human instructors, leveraging their pedagogical expertise. We describe a system of this kind, which is currently under development, and we report results from a preliminary experiment. [For full proceedings, see ED557189.]

Citation

Kyrilov, A. & Noelle, D.C. (2014). Using Case-Based Reasoning to Improve the Quality of Feedback Provided by Automated Grading Systems. Presented at International Conference e-Learning 2014. Multi Conference on Computer Science and Information Systems 2014. Retrieved February 5, 2023 from .

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