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Benoît Frénay

Professor

Interests

  • interpretability
  • explainability
  • robustness
  • stability
  • dimensionality reduction

Education

  • PhD in Engineering Sciences, 2013

    Université catholique de Louvain

  • Master in Higher Education Pedagogy, 2010

    Université catholique de Louvain

  • M.Sc. in Computer Science Engineering, 2007

    Université catholique de Louvain

Projects

  • WIN2WAL
  • FRIA Doctoral Project
  • ARIAC
  • FRIA Doctoral Project
  • CERUNA Doctoral Project
  • EOS

Biography

Prof. Benoît Frénay obtained his PhD in Machine Learning in 2013, for which he received the Scientific prize IBM Belgium for Informatics 2014. In 2014, he became Assistant Professor at the University of Namur (UNamur) where he is currently (co)supervising a total of 10 PhD students, 3 postdocs and 5 to 10 Master’s theses/year. Two PhD students have already graduated under his (co)supervision, and one postdoc obtained another position at UCLouvain.

In 2018, Prof. Frénay obtained an Excellence of Science grant (success rate of 14.1%) as co-PI for VeriLearn, a large project on verifying AI systems with ten academics from three Belgian universities. In 2019, he obtained BRAIN-BE 2.0 funding as co-PI for the DIGI4FED project. In 2017 and 2019, he obtained two UNamur CERUNA PhD grants as supervisor and co-supervisor, respectively. Since 2019, he has been co-supervising a PhD student employed by AW-EUR in industry 4.0. In 2020 and 2021, he obtained two FRIA PhD grants as co-supervisor and supervisor, respectively. Since 2021, he has been in charge of one of the four scientific work packages in the large ARIAC project by DigitalWallonia4.ai (€32M and several dozens of academics involved), for which he is the representative of UNamur. In 2021, he obtained an ARC grant with Anne-Sophie Libert for the CAML project to analyze the behavior of extrasolar planetary systems with deep learning. In 2021, he obtained a Win2Wal grant on Sensors and MAchine Learning for RemoTe Smart EnviroNmental monitoring SystemS to integrate physical knowledge in Machine Learning models. In 2022, he was promoted to Professor at UNamur.

According to Google Scholar, he has 2398 citations and an h-index of 16, with more than 15 peer-reviewed articles in journals such as ACM Computing Surveys (IF=10.2), Array, Computational Statistics & Data Analysis (IF=1.3), IEEE transactions on cybernetics (IF=10.4), IEEE transactions on artificial intelligence, IEEE transactions on neural networks and learning systems (IF=11.7), Neural Networks (IF=5.8), Neurocomputing (IF=4.1) and Pattern Recognition Letters (IF=3.7) and more than 30 peer-reviewed articles in conferences such as ECML-PKDD (A), ESANN (B), ICANN (C), IJCNN (B), IWANN (B), NeurIPS (A*) and UAI (A) and workshops at EGC (C), ICLR (A*), ICML (A*), ICSE (A*), IJCAI (A*) and NeurIPS (A*). He has published works outside of his research community, e.g., in the Artificial Intelligence and Law and Environment and Planning B: Planning and Design journals, and at the European Conference of the International Federation for Medical and Biological Engineering. He has also been invited as a Machine Learning expert by the Council of Europe to provide recommendations on profiling and on the Convention 108+. In the past five years, he has co-organised three workshops on interpretability and explicability at ECML-PKDD and CIKM and two special sessions on Information Visualization and Machine Learning at ESANN. In 2014, he organised the IBM chair on Data Science.

Publications

Increasing Awareness and Usefulness of Open Government Data: An Empirical Analysis of Communication Methods

Abiola Paterne Chokki , Anthony Simonofski , Benoît Frénay , Benoît Vanderose
ICRCIS
May, 2022
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Fostering Interaction between Open Government Data Stakeholders: An Exchange Platform for Citizens, Developers and Publishers

Abiola Paterne Chokki , Anthony Simonofski , Antoine Clarinval , Benoît Frénay , Benoît Vanderose
EG
May, 2022
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ODSAG: Enhancing Open Data Discoverability and Understanding through Semantic Annotation

Abiola Paterne Chokki , Rabeb Abida , Benoît Frénay , Benoît Vanderose , Anthony Cleve
EG
May, 2022
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Open Data Explorer: An End-to-end Tool for Data Storytelling using Open Data

Abiola Paterne Chokki , Benoît Frénay , Benoît Vanderose
AMCIS
April, 2022
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Constraint Enforcement on Decision Trees: a Survey

Géraldin Nanfack , Paul Temple , Benoît Frénay
ACM Computing Surveys
January, 2022
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Achieving Rotational Invariance with Bessel-Convolutional Neural Networks

Valentin Delchevalerie , Adrien Bibal , Benoît Frénay , Alexandre Mayer
Advances in Neural Information Processing Systems
December, 2021
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Global Explanations with Decision Rules: a Co-learning Approach

Géraldin Nanfack , Paul Temple , Benoît Frénay
Proceedings of the Thirty-Seventh Conference on Uncertainty in Artificial Intelligence (UAI 2021)
December, 2021
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Boundary-Based Fairness Constraints in Decision Trees and Random Forests

Géraldin Nanfack , Valentin Delchevalerie , Benoît Frénay
ESANN
October, 2021
Details PDF Project

GanoDIP-GAN Anomaly Detection through Intermediate Patches: a PCBA Manufacturing Case

Arnaud Bougaham , Adrien Bibal , Isabelle Linden , Benoît Frénay
PMLR
September, 2021
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BIOT: Explaining multidimensional nonlinear MDS embeddings using the Best Interpretable Orthogonal Transformation

Adrien Bibal , Rebecca Marion , Rainer von Sachs , Benoît Frénay
Neurocomputing
September, 2021
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IXVC: An interactive pipeline for explaining visual clusters in dimensionality reduction visualizations with decision trees

Adrien Bibal , Antoine Clarinval , Bruno Dumas , Benoît Frénay
ESANN
September, 2021
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HCt-SNE: Hierarchical Constraints with t-SNE

Viet Minh Vu , Adrien Bibal , Benoît Frénay
IJCNN
July, 2021
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iPMDS: Interactive Probabilistic Multidimensional Scaling

Viet Minh Vu , Adrien Bibal , Benoît Frénay
IJCNN
July, 2021
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Accelerating t-SNE using Fast Fourier Transforms and the Particle-Mesh Algorithm from Physics

Valentin Delchevalerie , Alexandre Mayer , Adrien Bibal , Benoît Frénay
IJCNN
July, 2021
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LSFB-CONT and LSFB-ISOL: Two New Datasets for Vision-Based Sign Language Recognition

Jérôme Fink , Benoît Frénay , Laurence Meurant , Anthony Cleve
IJCNN
July, 2021
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Constraint preserving score for automatic hyperparameter tuning of dimensionality reduction methods for visualization

Viet Minh Vu , Adrien Bibal , Benoît Frénay
IEEE
July, 2021
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Ethical adversaries: Towards mitigating unfairness with adversarial machine learning

Pieter Delobelle , Paul Temple , Gilles Perrouin , Benoît Frénay , Patrick Heymans , Bettina Berendt
ACM
May, 2021
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DumbleDR: Predicting User Preferences of Dimensionality Reduction Projection Quality

Cristina Morariu , Adrien Bibal , Rene Cutura , Benoît Frénay , Michael Sedlmair
May, 2021
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A Take on Obfuscation with Ethical Adversaries

Pieter Delobelle , Paul Temple , Gilles Perrouin , Benoît Frénay , Patrick Heymans , Bettina Berendt
3rd Workshop on obfuscation
May, 2021
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AIMLAI'20: Third Workshop on Advances in Interpretable Machine Learning and Artificial Intelligence

Adrien Bibal , Tassadit Bouadi , Luis Galárraga , José Oramas , Benoît Frénay
ACM
October, 2020
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Explaining t-SNE Embeddings Locally by Adapting LIME

Adrien Bibal , Viet Minh Vu , Géraldin Nanfack , Benoît Frénay
ESANN
October, 2020
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Impact of legal requirements on explainability in machine learning

Adrien Bibal , Michael Lognoul , Alexandre De Streel , Benoît Frénay
ICML
July, 2020
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Customizing Adversarial Machine Learning to Test Deep Learning Techniques

Paul Temple , Gilles Perrouin , Benoît Frénay , Pierre-Yves Schobbens
1st Workshop on Deep Learning <=> Testing
May, 2019
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BIR: A method for selecting the best interpretable multidimensional scaling rotation using external variables

Rebecca Marion , Adrien Bibal , Benoît Frénay
Neurocomputing
May, 2019
Details PDF Code

Measuring quality and interpretability of dimensionality reduction visualizations

Adrien Bibal , Benoît Frénay
ICLR
May, 2019
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User-steering interpretable visualization with probabilistic principal components analysis

Viet Minh Vu , Benoît Frénay
ESANN
March, 2019
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User-Based Experiment Guidelines for Measuring Interpretability in Machine Learning

Adrien Bibal , Bruno Dumas , Benoît Frénay
EGC
January, 2019
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Finding the most interpretable MDS rotation for sparse linear models based on external features.

Adrien Bibal , Rebecca Marion , Benoît Frénay
ESANN
January, 2018
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Learning interpretability for visualizations using adapted Cox models through a user experiment

Adrien Bibal , Benoît Frénay
NIPS
November, 2016
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Interpretability of machine learning models and representations: an introduction.

Adrien Bibal , Benoît Frénay
ESANN
April, 2016
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