Bardh Prenkaj
Bardh Prenkaj
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deep learning
Challenges and Solutions to the Student Dropout Prediction Problem in Online Courses
In this tutorial, we explored challenges in retention, and presented machine learning solutions to the difficulties in predicting student dropout rates from online courses.
Oct 19, 2020 6:00 AM — 12:50 PM
Online
Bardh Prenkaj
,
Giovanni Stilo
,
Lorenzo Madeddu
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Slides
Video
A reproducibility study of deep and surface machine learning methods for human-related trajectory prediction
In this paper, we compare several deep and surface state-of-the-art machine learning methods for risk prediction in problems that can …
Bardh Prenkaj
,
Paola Velardi
,
Damiano Distante
,
Stefano Faralli
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Slides
DOI
Challenges and solutions to the student dropout prediction problem in online courses
Online courses and e-degrees, although present since the mid-1990, have received enormous attention only in the last decade. Moreover, …
Bardh Prenkaj
,
Giovanni Stilo
,
Lorenzo Madeddu
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Slides
Video
DOI
A Reproducibility Study of Deep and Surface Machine Learning Methods for Human-related Trajectory Prediction
This paper compares machine learning methods for risk prediction in event trajectories and provides insights on their reproducibility and applicability.
Oct 16, 2020 6:00 PM — 6:10 PM
Online
Bardh Prenkaj
,
Paola Velardi
,
Damiano Distante
,
Stefano Faralli
PDF
Slides
Video
A survey of machine learning approaches for student dropout prediction in online courses
The recent diffusion of online education (both MOOCs and e-courses) has led to an increased economic and scientific interest in …
Bardh Prenkaj
,
Paola Velardi
,
Giovanni Stilo
,
Damiano Distante
,
Stefano Faralli
Cite
DOI
AI for Education, Intelligent Information Mining - Research Group
An Italian presentation about the current research projects of the lab. As research project for the “AI for Education” workshop, I presented the state-of-the-art in EDM, and proposed to solve the student dropout problem with Hierarchical Attention Networks (HANs).
Mar 18, 2019 2:00 PM — 2:50 PM
Centro Congressi Auditorium della Tecnica
Bardh Prenkaj
,
Giovanni Stilo
,
Paola Velardi
,
Damiano Distante
,
Stefano Faralli
A Smart Peephole on the Cloud
This paper compares machine learning methods for risk prediction in event trajectories and provides insights on their reproducibility and applicability.
Sep 11, 2017 12:00 AM — Sep 17, 2017 11:59 PM
Online
Maria De Marsico
,
Eugenio Nemmi
,
Bardh Prenkaj
,
Gabriele Saturni
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