Lorenzo Madeddu
Lorenzo Madeddu
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1
Integrating Categorical and Structural Proximity in Disease Ontologies
Proposed a novel machine learning methodology to shed light on disease similarities by analyzing the relationship between categorical proximity of diseases in human-curated ontologies and structural proximity of their disease module in the human interactome.
Lorenzo Madeddu
,
Giorgio Grani
,
Paola Velardi
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Challenges and Solutions to the Student Dropout Prediction Problem in Online Courses
In this tutorial, we surveyed challenges and machine learning solutions to the student dropout prediction problem in online courses.
Bardh Prenkaj
,
Giovanni Stilo
,
Lorenzo Madeddu
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Predicting disease genes for complex diseases using random watcher-walker
A novel graph deep learning model for predicting disease-gene associations. The model jointly learns functional and connectivity patterns using a novel technique based on attributed random walks.
Lorenzo Madeddu
,
Giovanni Stilo
,
Paola Velardi
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Predicting Disease Genes Using Connectivity and Functional Features
A novel graph deep learning model for predicting disease-gene associations. The model jointly learns functional and connectivity patterns using a novel technique based on attributed random walks. (Conference version)
Lorenzo Madeddu
,
Giovanni Stilo
,
Paola Velardi
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