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Big Multiobjective Optimization – BigMO
generation of optimizers and to contribute to the intelligent design of advanced and effective optimization
Decomposition of Graphical Models – DE-MO-GRAPH
This approach is intensively used in artificial intelligence, statistical physics and statistical modeling
Machine learning with deep neural networks – Deep_in_France
devices ---such as smart phones, tablets, but also intelligent vehicles such as self-driving cars and drones
Translating and dIscovering CAlculi for MOdal and RElated logics – TICAMORE
Understanding and extending the proof-theory of modal and related logic by relating calculi
Optimization of DIfractive Structures for optical SEcurity Applications – ODISSEA
ODISSEA provides an efficient alternative, to traditional approaches based on parametric studies, for the design of high security level diffractive structures that constitute the holograms used for documents authentication. To achieve this goal, ODISSEA makes use of modern optimization and Artificial Intelligence tools, coupled to well suited electromagnetic methods, to to characterize, prior to fabrication, the chromatic response of the diffractive structures studied.
BEHAVIORS.AI is an Engine for enHancing verbAl and non-Verbal InteractiOns of RobotS, based on Artificial Intelligence – BEHAVIORS.AI
based on Artificial Intelligence) aims at designing and developing an intelligent interaction engine to [...] reach this goal, we will develop an intelligent interaction intelligent engine able to use state of the art [...] are grounded on a very promising artificial intelligence technique which is developmental learning, and
RoboCom++ : Rethinking Robotics for the Robot Companion of the future – RoboCom
paradigm, grounded in the scientific studies of intelligence in nature. This approach will allow achieving [...] mechanisms will be based on the concepts of embodied intelligence, morphological computation, simplexity, and
Resource manager for cloud of Things – Greco
This could cause a major revolution in ambiant intelligence if we can formulate appropriate architectures [...] question of the most adequate architecture for intelligent systems based on connected devices was intensively
Robust voice command adapted to the user and to the context for AAL – VOCADOM
experts in speech and audio processing, artificial intelligence and methodology for user studies. In addition
Educational Technologies for Teaching in Context – TEEC
the "CA2ITS" system (Context-Aware Affective Intelligent Tutoring System) capable of adapting depending