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Flexibility for expressive speech synthesis – SynPaFlex
Nowadays, Text-To-Speech synthesis achieves very good quality. The use of very large corpora largely contributes to this success. Despite that, emotion, intention and speaking style are missing from t
Stability and control of infinite dimensional systems – SCIDIS
The SCIDiS project aims at the stability and stabilization analysis of infinite dimensional systems using Lyapunov-like methodology. The objective is to provide generic methods for building Lyapunov f
REdefining Brain-Computer Interfaces to Enable their users to achieve controL mastery – REBEL
Understanding brain-computer interfaces user training to improve their feedback and training tasks, to then make their users expert at controlling them
PARSIMONY, HUGE OBSERVATIONS OF EARTH NON-STATIONARITIES FROM IMAGES TIME SERIES – PHOENIX
Parsimony, Huge Observations of Earth Non-stationarities from Images Time Series
Electric vehicles routing and scheduling challenges within urban logistic – EVERS
Several cities around the world face transport problems. As they become larger, traffic congestion, energy consumption, and carbon emissions are increasing, imposing huge costs on economies and many a
Experimental and numerical studies of an innovative acoustical material technology for industrial and urban flow noise mitigation – FlowMatAc
The FlowMatAc project is studying innovative materials designed to reduce noise in ducts (ventilation systems, aircraft engines, etc.). These metamaterials, which are small in size, are subjected to a grazing flow of air. This project aims to determine whether this flow will prevent the metamaterial from performing its noise reduction function or whether it will allow greater efficiency.
BROADBAND ENERGY SCAVENGING TECHNOLOGIES FOR MICRO ELECTRO-MECHANICAL SYSTEMS – BESTMEMS
BESTMEMS aims at developing a global approach for the design of self-powered systems supplied by ambient vibrations, including material, mechanical, electrical and energy management aspects for the conception of energetically autonomous sensors. With this aim, two specific target applications will be envisaged through the collaboration with industrial partners, consisting in a self-powered Tyre Pressure Monitoring System and a structural health monitoring system for smart bearings.
High dilution SI engines – MACDIL
The Spark Ignition (SI) engine represents 70% of light duty vehicles worldwide and should still represent 50% in 2030. For this reason, reducing CO2 emissions of SI engines is of primary importance to
Complexity and bidirectional information-theory: complexity-feedback-performance limits and a new class of ecological information networks – ECOLOGICAL-BITS-AND-FLOPS
Current efforts in telecommunications research have encountered two seemingly insurmountable bottlenecks; the bottleneck of computational complexity corresponding to the need for algorithms that require extreme computing resources, and the bottleneck of feedback corresponding to the need for equally idealistic feedback mechanisms that must disseminate massive amounts of overhead information about the fluctuating states of each link in the network.
Knowledge extraction from large corpora of human-human conversation data from WEB chat services – DATCHA
The goal of the DATCHA project is to perform knowledge extraction from very large databases of WEB chat conversations between operators and clients in customer contact centers. Extracting knowledge fr