Jan
1
2019
En 2019, le CNRS fête ses 80 ans (et le laboratoire I3S ses 30 ans). La délégation régionale du CNRS Côte d'Azur (DR20) dont fait partie le laboratoire propose des manifestations pendant toute l'année 2019.
ACTUALITÉS (tout voir)
Jun
6
2019
Jun
13
2019
Jul
2
2019
Jul
8
2019
Jul
8
2019
Jul
15
2019
Sep
2
2019
Sep
9
2019
Oct
26
2019
Dec
4
2019
ACTUALITÉS
-
Jun262019
-
Jun292019
-
Jul52019
-
Jul192019
-
Sep62019
-
Sep132019
-
Oct302019
-
Dec72019
-
Dec312019
En 2019, le CNRS fête ses 80 ans (et le laboratoire I3S ses 30 ans). La délégation régionale du CNRS Côte d'Azur (DR20) dont fait partie le laboratoire propose des manifestations pendant toute l'année 2019.
The I3S LABORATORY
It's on the SophiaTech campus in the heart of the Sophia Antipolis technology park our laboratory conducts research in the field of information science and communication.
"Advancing knowledge, consider the economic and technological realities, while imagining tomorrow's solutions."
The I3S laboratory is one of the largest information and communication science laboratories in the French Riviera. it was one of first ones to settle down on Sophia Antipolis Science and Technology Park. It consists of a little less than 300 people. [+...]
In partnership with CNRS and INRIA, and numerous industrial collaborations, we work on the themes of innovative research at the cutting edge of science and technology: systems and networks ubiquitous, biology and digital health, modeling for environment interactions and practices. [+...]
The laboratory is organized in 4 teams:
COMRED team (French acronym for Communications, Networks, Embedded Systems, Distributed Systems)
MDSC team (French acronym for Discrete Models for Complex System)
SIS team (Signal, Image and Systems)
SPARKS team (Scalable and Pervasive softwARe and Knowledge Systems)
The 5 latest submissions recorded in HAL
Julien Bensmail, Thibaut Blanc, Nathann Cohen, Frédéric Havet, Leonardo Rocha.
Backbone colouring and algorithms for TDMA scheduling.
Discrete Mathematics and Theoretical Computer Science, DMTCS, 2019, 21 (3), pp.#24
Raphaël Gazzotti, Elisa Noual, Catherine Faron Zucker, Fabien Gandon, Alain Giboin, Virginie Lacroix-Hugues, David Darmon.
Designing the Interaction with a prediction system to prevent hospitalization.
PFIA 2019 - Rencontres des Jeunes Chercheurs en Intelligence Artificielle (RJCIA), Jul 2019, Toulouse, France
Guillaume Ducrocq, Thomas Hureau, Olivier Meste, Gregory Blain.
Similar Cardioventilatory but Greater Neuromuscular Stimuli With Interval Drop Jump Than With Interval Running.
International Journal of Sports Physiology and Performance, Human Kinetics, 2019, pp.1-29. ⟨10.1123/ijspp.2019-0031⟩
Nicolas Isoart, Jean-Charles Régin.
Introduction de contraintes structurelles pour la résolution du problème du voyageur de commerce.
JFPC, Jun 2019, Albi, France
Fatemeh Nasiri, Navid Bidgoli, Frédéric Payan, Thomas Maugey.
Codage d'atlas de textures avec prédiction guidée par la topologie des maillages.
GRETSI 2019 - XXVIIème Colloque francophonede traitement du signal et des images, Aug 2019, Lille, France. pp.1-4
FOCUS DU MOIS
Lucile Sassatelli, Marco Winckler, Thomas Fisichella, Ramon Aparicio-Pardo, Anne-Marie Dery-Pinna
29th Workshop on Network and Operating System Support for Digital Audio and Video (NOSSDAV'19)
360 video, streaming, user attention, limited bandwidth
Despite exciting prospects, the development of 360° videos is persistently hindered by the difficulty to stream them. To reduce the data rate, existing streaming strategies adapt the video rate to the user's Field of View (FoV), but the difficulty of predicting the FoV and persistent lack of bandwidth are important obstacles to achieve best experience. In this article, the authors exploit the recent findings on human attention in VR to introduce a new additional degree of freedom for the streaming algorithm to leverage: Virtuall Walls (VWs) are designed to translate bandwidth limitation into a new type of impairment allowing to preserve the visual quality by subtly limiting the user's freedom in well-chosen periods. The authors carry out experiments with 18 users and confirm that, if the VW is positioned after the exploration phase in scenes with concentrated saliency, a substantial fraction of users seldom perceive it. With a double-stimulus approach, the authors show that, compared with a reference with no VW consuming the same amount of data, VW can improve the quality of experience. Simulation of different FoV-based streaming adaptations with and without VW show that VW enables reduction in stalls and increases quality in FoV.
