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To interpret or to explain?

less than 1 minute read

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Philosophers have delved into the nature, purpose, and structure of explanations, while cognitive and social psychologists have examined how individuals attribute and evaluate the behavior of others in physical environments. Additionally, cognitive psychologists and scientists have studied how people generate and evaluate explanations.

portfolio

publications

Ai: To interpret or to explain?

Published in Proceedings in INFORSID, 2021

Paper Link

Recommended citation: Zhong, J. and Negre, E. (2021). Ai: To interpret or to explain? In Congrès Inforsid (INFormatique des ORganisations et Systèmes d’Information et de Décision), pages 149 - 164.

Context-aware explanations in recommender systems

Published in Proceedings in ICDLAIR, 2021

Paper Link

Recommended citation: Zhong, J. and Negre, E. Context-aware explanations in recommender systems. In International Conference on Deep Learning, Artificial Intelligence and Robotics, pages 76–85. Springer.

talks

teaching

Algorithmique et programmation 3 (2020-2023)

Undergraduate course (L2), Université Paris Dauphine-PSL, MIDO, 2020

Asymptotic comparison of algorithms: main complexity classes. Use of tree structures for search and sorting: binary trees and BSTs, balanced trees, heaps. Examples of advanced algorithms: integer and matrix multiplication, and exponentiation. Complexity theorem of recursive divide-and-conquer algorithms.

Base de données pour l’Actuariat (2020-2023)

Graduate Level (M2), Université Paris Dauphine-PS, MIDO, 2020

This course aims to enable students to understand the organization of data within a relational database and to know how to manipulate and manage this data. The course will also introduce the topic of Big Data, highlighting the challenges it poses, as well as the solutions and technologies available for managing large volumes of data.

Machine Learning (2023-2024)

Postgraduate course (M2), Université Paris Dauphine-PSL, MIDO, 2023

Some basic and classical machine learning and deep learning algorithms: Decision Trees, Random Forests, SVM, SVD, NNs, CNN, Auto Encoders, etc. There will be a final project: constructing a recommender system using SVD.