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SURCOUF

Evaluation de l’impact de la SURFace libre sur le comportement vibroaCOUstique de l’objet immergé à Faible immersion
  • UNDERWATER ACOUSTIC
    • ,
  • SEA SURFACE EFFECT
INSA’s scientific leader : Laurent MAXIT
Project Leader : UNIVERSITE LE HAVRE-NORMANDIE
Partners : NAVAL GROUP
Funding Institution : ANR
Funding : 253915€
Dates - Duration : October, 2023 to December, 2025
Contact : laurent.maxit@insa-lyon.fr

Study of the sea surface effects on acoustic radiation and scattering from resonant objects immersed in shallow water

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MAESTRAFONE

Matériaux Architecturés et Structures Alternatives pour la Fabrication de cordophones
  • ARCHITECTURED MATERIALS
    • ,
  • SOUNDBOARDS
INSA’s scientific leader : Kerem EGE
Project Leader : LAUM
Funding Institution : ANR
Funding : 604607€
Dates - Duration : October, 2023 to January, 2028
Contact : kerem.ege@insa-lyon.fr

The aim of the MAeStrAFone project is to propose new structures for cordophones’ soundboards, designed in architectural materials that encapsulate all the vibratory and acoustic functionalities of traditional structures

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VORTEX

Vision-based Reconfigurable Drone Swarms for Fast Exploration
  • ESSAIM DE DRONES
    • ,
  • EXPLORATION
INSA’s scientific leader : Olivier SIMONIN
Project Leader : Olivier SIMONIN
Funding Institution : ANR
Funding : 697743€
Dates - Duration : October, 2023 to March, 2028
Contact : olivier.simonin@insa-lyon.fr

The VORTEX project addresses the exploration of underground environments with a fleet of autonomous unmanned aerial vehicles (UAVs), combining swarm intelligence and vision-based behaviours, without the need for mapping or wireless communications.

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X-LOSM

Miroirs à diffusion optique extrêmement faible
  • COUCHE MINCE
    • ,
  • RELATIONS STRUCTURE-PROPRIETES
INSA’s scientific leader : Karine MASENELLI-VARLOT
Project Leader : IP2I - LMA
Funding Institution : ANR
Funding : 540492€
Dates - Duration : October, 2023 to December, 2027
Contact : karine.masenelli-varlot@insa-lyon.fr

L'objectif du projet X-LOSM est d’étudier les défauts ponctuels dans les couches minces du traitement réfléchissant de miroirs optiques, pour réduire les pertes par diffusion

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SPAD

Single Photon Avalanche Diode
  • DARK COUNT RATE
    • ,
  • SPAD
INSA’s scientific leader : Francis CALMON
Project Leader : ST MICROELECTRONICS
Funding Institution : FRANCE 2030
Funding : 299626€
Dates - Duration : July, 2023 to January, 2027
Contact : francis.calmon@insa-lyon.fr

Étude du bruit des photodétecteurs SPAD, corrélation avec les mécanismes de dégradation et de vieillissement liés à l'architecture.

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PEPR CHRONICARDIO

Climatology of Chronic Non-ischemic Cardiomyopathy long term prediction from multi-scale data and models
  • NON ISCHEMIC CARDIOMYOPATHIES
    • ,
  • COMPUTATIONAL METHODS
INSA’s scientific leader : Olivier BERNARD
Project Leader : INRIA
Partners : INRIA, HCL, APHM MARSEILLE
Funding Institution : PIA ANR
Funding : 1796572€
Dates - Duration : July, 2023 to August, 2027
Contact : olivier.bernard@insa-lyon.fr

Prediction of the evolution of non-ischemic chronic cardiomyopathies through computational models

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COCARE4H

Prophylaxie personnalisée contre l'arthropathie des patients hémophiles
  • JUMEAU VIRTUEL
    • ,
  • PROPHYLAXIE PERSONALISEE
INSA’s scientific leader : Tao WANG
Project Leader : INSA LYON
Funding Institution : REGION AURA
Funding : 20000€
Dates - Duration : June, 2023 to September, 2025
Contact : tao.wang@univ-st-etienne.fr

Consolidons un consortium européen pour lutter contre l'arthropathie chez les patients hémophiles grâce à la technologie de jumeau virtuel

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PEPR NF-YACARI

Network of the Future - Beyond 5G mmWave Circuits, Antennas and RIS
  • ENERGY-EFFICIENCY
    • ,
  • MMWAVE
INSA’s scientific leader : Guillaume VILLEMAUD
Project Leader : CEA-Leti
Funding Institution : FRANCE 2030, PIA ANR
Funding : 5002755€
Dates - Duration : May, 2023 to December, 2027
Contact : Guillaume.Villemaud@insa-lyon.fr

This project aims at proposing innovative solutions at all levels for the wireless networks of the future, from antenna systems to signal processing by integrating circuits on advanced technologies in order to mature millimeter wave radio technology (mmWave) and make it compatible with the technical and societal requirements of tomorrow.

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PEPR NF-JEN

Network of the Future – Just Enough Networks
  • ENERGY-EFFICIENCY
    • ,
  • MOBILE NETWORKS
INSA’s scientific leader : Guillaume VILLEMAUD
Project Leader : CNRS
Funding Institution : PIA ANR, FRANCE 2030
Funding : 2003097€
Dates - Duration : May, 2023 to December, 2027
Contact : Guillaume.Villemaud@insa-lyon.fr

In the NF-JEN project, we propose to develop just enough networks: network whose dimension, performance, resource usage and energy consumption are just enough to satisfy users needs. Along with designing energy-efficient and sober networks, we will provide multi-indicators models that could help policy-makers and inform the public debate

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ELEGANT

Epitaxie localisée pour transistor gan vertical
  • HIGH POWER ELECTRONICS
    • ,
  • GaN
INSA’s scientific leader : Camille SONNEVILLE
Project Leader : CEA
Partners : CNRS
Funding Institution : ANR
Funding : 648068€
Dates - Duration : April, 2023 to March, 2026
Contact : camille.sonneville@insa-lyon.fr

L'objectif d'ELEGaNT est d'ouvrir la voie à la réalisation de dispositifs verticaux GaN sur Silicum rentables et performants avec une tension de claquage élevée

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