About me

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Hi, I'm Alice Schiavone! I am a PhD student in Computer Science at the University of Copenhagen.

My research focuses on the intersection of machine learning and medicine.

Right now, I'm looking into representation learning and distribution alignment via optimal transport. I've worked with medical imaging analysis and natural language processing.

Find me on GitHub or LinkedIn.

I made this website from scratch in 2021, using html, css and simple javascript. In October 2026, I started fixing it and adding functionalities with AI.

MOSAIC: Efficient Multilingual Radiology Report Classification

Open-source framework for analyzing radiology reports across multiple languages with few annotations on local hardware.

Presented at ClinicalNLP at LREC2026.

Keywords: Multilingual NLP, Radiology Reports, Efficient Language Models

Figure 1 from the MOSAIC paper: per-pathology F1 scores across datasets and models

Effective Machine Learning Techniques for Non-English Radiology Report Classification: A Danish Case Study

Challenging classification task on non-English language with a complex annotation protocol.

Results published at the journal AI.

Keywords: Language modeling for Healthcare, Radiology Reports

stretegy

Deep Learning Methods for the Segmentation of White Matter Hyperintesities

MSs thesis project. Automatic segmentation method for medical imaging analysis. Segmentation of age-related white matter hyperintesities as a biomarker of cognitive decline and mortality.

Results published and presented at MIDL2023.

Keywords: Deep Learning, Medical Imaging Analysis

stretegy

Multimodal representation learning of brain pathology

Method for learning features of pairs of magnetic resonance images of human brains and their respective medical report.

Keywords: Information Retrieval, Multi-modal learning, Computer Vision, Natural Language Processing (NLP), Brain Pathology

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R0(t) Covid-19 in Italy

BCs thesis project. Development of a tool to study COVID-19 contagiousness via R0(t) in Italy at national, regional and provincial level

Used technologies: Python, R

Italy plot

Convolutional Neural Networks for Binary Image Classification

MCs course project. Implementation of a neural network to solve a binary image classification task.

Used technologies: Python, TensorFlow, TFRecords

Feature Maps

PySpark Job on LastFM data

Big Data PySpark Job on a Data Lake

Used technologies: Google Cloud Storage, PySpark, APIs

Architecture

Speech Emotion Recognition

End-to-end multiclass semi-supervised classification of human speech.

Used technologies: TensorFlow, Keras

mel

Cis-Regulatory Regions Classification

Used technologies: Python, TensorFlow

enchancers

LunaPark Simulation

Used technologies: AnyLogic

LunaPark gif