Bardh Prenkaj
Bardh Prenkaj
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High-Dimensional Online Change Point Detection with Adaptive Thresholding and Interpretability
Change point detection (CPD) identifies abrupt and significant changes in sequential data, with applications in human activity …
Sven Jacob
,
Bardh Prenkaj
,
Weijia Shao
,
Gjergji Kasneci
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DOI
A Multi-Agent Framework for Interpreting Multivariate Physiological Time Series
Continuous physiological monitoring is central to emergency care, yet deploying trustworthy AI is challenging. While LLMs can translate …
Davide Gabrielli
,
Paola Velardi
,
Stefano Faralli
,
Bardh Prenkaj
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DOI
COunterfactual Reasoning for Temporal EXplanations: Plausible and Robust Explanations for EEG-Based Seizure Detection
Identifying the drivers of change in time-sensitive domains like healthcare is critical for reliable decision-making, yet explanations …
Martina Zannotti
,
Bardh Prenkaj
,
Marco Piangerelli
,
Flavio Corradini
,
Gjergji Kasneci
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Seamless monitoring of stress levels leveraging a foundational model for time sequences
BACKGROUND Accurate and continuous monitoring of physiological stress is crucial, especially for patients with neurodegenerative …
Davide Gabrielli
,
Bardh Prenkaj
,
Paola Velardi
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DOI
TRADES: Generating Realistic Market Simulations with Diffusion Models
Financial markets are complex systems characterized by high statistical noise, nonlinearity, volatility, and constant evolution. Thus, …
Leonardo Berti
,
Bardh Prenkaj
,
Paola Velardi
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DOI
Hidden space deep sequential risk prediction on student trajectories
Online learning environments (OLEs) have seen a continuous increase over the past decade and a sudden surge in the last year, due to …
Bardh Prenkaj
,
Damiano Distante
,
Stefano Faralli
,
Paola Velardi
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DOI
Latent and sequential prediction of the novel coronavirus epidemiological spread
In this paper we present CoRoNNa a deep sequential framework for epidemic prediction that leverages a flexible combination of …
Dario Aragona
,
Luca Podo
,
Bardh Prenkaj
,
Paola Velardi
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DOI
CoRoNNa, A Deep Sequential Framework to Predict Epidemic Spread
CoRoNNa is a deep framework for epidemic prediction that integrates mobility data and demographic information to analyze the impact of containment policies on COVID-19 spread.
Mar 22, 2021 6:00 PM — 6:10 PM
Online
Dario Aragona
,
Luca Podo
,
Bardh Prenkaj
,
Paola Velardi
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Video
CoRoNNa: a deep sequential framework to predict epidemic spread
We propose CoRoNNa, a deep framework for epidemic prediction to analyse the spread of COVID-19 and, potentially, of other unknown …
Dario Aragona
,
Luca Podo
,
Bardh Prenkaj
,
Paola Velardi
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Slides
DOI
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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