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Post-doctoral position in Online Learning

A post-doctoral position is available at Université Côte d’Azur!  « Online/Incremental Learning for Spatial Applications » [Please find the full description in the pdf enclosed] Keywords: Artificial Intelligence, Online learning, Incremental/Continual Learning, Influence functions, data pruning, federated learning Mission: Executing machine learning (ML) algorithms on satellite could offer many advantages. It will indeed reduce the required bandwidth, […]

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Post-doctoral position in Embedded Artificial Intelligence

A post-doctoral position is available at Université Côte d’Azur!  « Design and implementation of a brain-inspired embedded multimodal model applied to a nonlinear photonics application » [Please find the full description in the pdf enclosed] Keywords: Artificial Intelligence, Multimodal Unsupervised learning, Brain-inspired methods, Nonlinear Photonics Mission: Multi modal sensing is key to how the human brain processes […]

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Junior Professor Chair position on Frugal AI

The French junior professor « chair » is a novel recruitment process that provides access to a civil service position as a « Professeur d’Université ». The person recruited will strengthen the relatively limited teaching forces specialized in Machine Learning and Deep Learning within the University. He/she will have the skills to provide answers to the questions related to Frugal AI (robustness and validity of decisions, or the computational resources required to build decision models), for example in statistical learning or in economical hardware architectures for neural networks.

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Radar classification of buried objects by combining feature extraction methods and artificial intelligence

Automatic target classification is a promising area of research that relies on the use of radar data by artificial intelligence algorithms. Ultra-Wide Band (UWB) radar systems are pertinent to these applications as their bandwidth provides spectral diversity that can be exploited by various target feature extraction methods. This capability is combined with excellent resolution and penetration depth performance, which is particularly interesting in a surface penetrating radar configuration.

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