Computer vision and deep learning - Part 2

Catalog of Télécom SudParis courses

Code

IGSF IMA 4202

Level

M1

Graduate

Graduate

Semester

Fall

Domain

Image

Program

Programme Ingénieur

Language

Anglais/English

ECTS Credits

2,5

Class hours

25

Workload

50

Program Manager(s)

Department

  • Advanced Research and Techniques for Multidimensional Imaging Systems

Educational team

Organisation

Cours/TD/TP/projet/examen : 3/18/0/4

Learning objectives

At the end of this module, the student will be able to:
- adopt and experiment (learning and testing) existing artificial intelligence solutions available in open source for various applications (recognition/classification of objects, augmented reality, face recognition, bio-imaging, etc.)
- build and configure his own network, dedicated to a specific application
- set up and validate the network learning process

Prerequisites

Module IMA 4201

Content

The goal is to create an artificial intelligence solution dedicated to a specific application. The different types of networks will be discovered in a practical way through the handling of existing solutions corresponding to a set of applications (examples: object recognition, face recognition, 2D/3D reconstruction, text detection and recognition, scene segmentation, identification of objects of interest speech recognition...). In this context, the student will be required to install and configure the tools for deploying neural networks (Tensorflow, Pytorch...), then experiment and evaluate the approaches considered. A work in pairs will be set up. In addition to the issues proposed by the teaching team at the beginning of the module, students are encouraged to propose topics that interest them. Plenary sessions of restitution will be periodically set up in order to mutually enrich the pedagogical experience.

Evaluation

Final grade = Intermediate and final presentations with demonstration of the solution

Assessment formula

Final grade = Intermediate and final presentations with demonstration of the solution

References

- articles de recherche
- documentation et code source proposé par l'équipe pédagogique
- ressources Github