Procedia Computer Science · 2020 · 10 citations · 5 references
ComputingComputer ScienceEducational TechnologyEducational Data MiningMachine LearningRecommender SystemsEducational Recommender SystemsOnline RecommendationPersonalized LearningPersonalized Learning SystemsRecommendation EvaluationRecommendation SystemsAdherenceDigital Adherence SupportMachine Learning For PersonalizationPersonalized RecommendationRecommendation Systems For EducationSupport Vector ClassificationSupport Vector Machine Classification
Gen Z-ers, being independent, self-confident and autonomous as their key characteristics are proven to be technologically more advanced than their previous generations. To reach the milestone of understanding and satisfying the Gen-Z community, and to make use of the digital adherence of this generation, a personalized recommender system using machine learning is designed that can recommend the areas which the students should strengthen themselves to lead and be distinct among their peers. The proposed work uses Support Vector Machine to predict the area of improvement which the student need to focus on. The proposed system will also recommend the list of online courses and materials that the users can make use of to strengthen themselves. The model is built using Python flask and Jupyter notebook and is tested using one public dataset and a private dataset. The results are convincing and accurate enough in identifying the proper areas that require improvement.
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Recommender system for predicting student performance
Nguyen Thai-Nghe, Lucas Drumond, Artus Krohn-Grimberghe et al. · Procedia Computer Science · 2010 · 308 citations · Full text