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Hi there πŸ‘‹

Welcome πŸ€—, I'm Julien Hubar

A passionate AI and ML Engineer from Belgium

  • πŸ”­ I’m currently working at Pepite

  • 🌱 I’m currently learning anomaly detection with multivariate time series as input

  • πŸ“« How to reach me [email protected]

Julien Hubar's Projects

application-of-convolutional-neural-network-in-chess-evaluation icon application-of-convolutional-neural-network-in-chess-evaluation

In a game of chess, each move is made according to astrategy that aims to optimize the situation of the activeplayer. The evaluation of the position of the differentpieces is therefore a central issue that we will be tack-ling in this project. The goal we fixed ourselves is touse an evaluation of the board positions through a con-volutional neural network (CNN). This evaluation aimsto mimic the complex heuristic of the well known chessengineStockfish. We will then use this learned evaluationas the heuristic in aminimaxalgorithm to implement ourown chess AI.

edge_detection icon edge_detection

This is a flutter plugin to detect edges in a live camera, take the picture of detected edges object, crop it, and save.

large-scale-data-systems icon large-scale-data-systems

In order to safely shepherd a rocket to a circular orbit of about 100 km, it is imperative to ensure a good consistency and availability of the computing resources used to guide the rocket. One way to achieve this is to rely on a cluster of computers collaborating to guide the rocket, using distributed algorithms. Our implementation will leverage a modification of the Raft consensus algorithm

numerical-optimization icon numerical-optimization

Compressive sensing exploit the possibility to represent an image with a sparse representation.

pi icon pi

Modeling epidemic using bayesian Bayesian inference and SEIR+ model

tic icon tic

Information theory provides a quantitative measure of the information provided by a message or an observation. This notion was introduced by Claude Shannon in 1948 in order to establish the limits of what is possible in terms of data compression and transmission over noisy channels. Since these times, this theory has found many applications in telecommunications, computer science ans statistics. The course is composed of three parts

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