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Idiap presented the European project MuMMER at the IROS robotics conference.

The Perception and Activity Understanding group attended the IEEE International Conference on Intelligent Robots and Systems (IROS), in Madrid.

Idiap ranked first at the 2016 MediaEval Person Discovery challenge

The Eumssi team led by Idiap and comprising as well the LIUM partner ranked first out of 6 teams in the Person Discovery challenge of the MediaEval ...

Idiap will present next week at the ICRA (Int. Conference on Robotics and Automation) conference a novel approach allowing robots to detect multiple simultaneous speakers.

The paper "Deep Neural Networks for Multiple Speaker Detection and Localization" by Weipeng He, Petr Motlicek and Jean-Marc Odobez shows that the deep ...

L'Idiap et Octopeek signent un partenariat R&D de 4 ans

Les précurseurs de l’intelligence artificielle et du big data Octopeek (France) et l’Idiap annoncent la signature d’un partenariat. Un collaborateur Octopeek ...

Mieux tailler la vigne grâce à l’intelligence artificielle et la réalité augmentée

L’Idiap et la société 3D2cut SA ont développé un système de reconnaissance des vignes et d’assistance à la taille. La collaboration a également débouché sur ...

The Perception and Activity Understanding group seeks one highly motivated PhD candidate to work within the AI4Autism project aiming at improving the digital ...

On November 27 ,2017, Gulcan Can successfully defended her PhD thesis entitled 'Visual Analysis of Maya Glyphs via Crowdsourcing and Deep Learning'

This thesis presents visual analysis methods for complex ancient Maya writings, specifically a promising crowdsourcing approach to build a large glyph dataset, ...

Swiss algorithms to help customers in a Finnish shopping mall

Human-robot interactions are often lacking fluidity, especially outside of the lab. Today, researchers from Idiap are publishing in open access the algorithms ...

Two Idiap PhD students awarded with an EPFL prize

Suraj Srinivas and Weipeng He received the 2021 PhD Thesis Distinction in Electrical Engineering by the EPFL.

Un robot facile à utiliser au service des personnes à mobilité réduite

Les robots conçus pour rendre les personnes à mobilité réduite plus autonomes sont complexes et difficiles à adopter, car ils nécessitent des mouvements ...