1. A Multi-Layers Perceptron for predicting weekly learner commitment in MOOCs
- Author
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Youssef Mourdi, Hasna El Alaoui El Abdallaoui, Mohammed Sadgal, and Hamada El Kabtane
- Subjects
History ,Computer science ,business.industry ,Artificial intelligence ,Perceptron ,Machine learning ,computer.software_genre ,business ,computer ,Computer Science Applications ,Education - Abstract
Since they were first set up in 2008, MOOCs have continued to integrate very deeply into the distance learning field. They have been adopted by a very large number of universities in order to complement face-to-face learning and thus remedy the massive number of students that the infrastructures can no longer support. In spite of the investments made for their development, MOOCs suffer from a huge drop-out rate of around 90%. This problem creates a number of difficulties for the instructors, including monitoring learners and group formation. In order to help the instructors to identify learners at risk of dropping out, this paper presents a model based on Multi-Layer Perceptron (MLP) that provides weekly predictions of each learner's engagement based on their behaviour. Our model has been tested on a data set of 3585 learners and has shown a high ability to identify this type of learner with an average accuracy of 90.3%.
- Published
- 2021
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