The ESPADON project aims to make available to the community, on the one hand, new instrumental means of multi-scale 3D tomography and 2D multi-physics imaging, which have become possible thanks to the increase in computing power, and, on the other hand, unique digital resources and know-how for the processing and management of massive data, and storage, in complementarity with and with the support of the TGIR Human-Num and the SoCoRe and Parcours actions already carried out. As a whole, ESPADON reinforces the dynamics already established since the launch of the first EquipEx PATRIMEX.

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Humanoid robot for intuitive human-robot cooperation and cognitive development modelling. Tino is a hydraulically controlled robot that allows the study of physical compliance, the development of sensorimotor coordinations and the emergence of social interactions.

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The Patrimex equipment of excellence (PATrimoines Matériels: Réseau d’Instrumentation Multisites EXpérimental -11-EQPX-0034), a project financed as part of the investments for the future, is a socio-technical network for the characterisation, conservation and restoration of material heritage in all its forms (monuments, statues, paintings, manuscripts, archives, ancient instruments). It brings together study tools using wave-matter interactions, distributed around four poles (Laser Platform, Mobile Platform, Synchrotron Platform and Data H digital Platform).

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See project list below click here

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The Réseau Francilien en Sciences Informatiques (RFSI) was labelled in December 2016 by the Île-de-France region as an emerging Domaine d’Intérêt Majeur (DIM). The RFSI DIM federates all of the Ile-de-France research players in information and communication sciences and technologies by relying on a network of 27 partner laboratories (representing 1700 researchers or teacher-researchers) spread throughout the Ile-de-France region.

2020

• Smart_Gait : Atelier du mouvement pour l’étude des fragilités porté par Olivier Romain, David Guyard et Azzedine Hamadache.
• Torse humanoïde mobile pour expériences de navigation, manipulation et interaction homme-robot porté par Alex Pitti, Arnaud Blanchard et Mohamed Zaoui.

2018

• Alexandre Pitti, Arnaud Blanchard, Benoît Girard. Contrôle d’une tête robotique multimodale.
• Sofiane Boucenna, Philippe Gaussier, Denis Vidal. Une tête expressive robotisée capable d’attribuer des valences émotionnelles aux objets en interagissant avec les visiteurs de la cité des sciences et de l’industrie.

2017

• Maël Le Treust (ETIS). Strategic Coordination of Autonomous Devices in Decentralized Networks: Interplay between Information Theory and Game Theory.
• Camille Simon Chane, Aymeric Histace, Olivier Romain, Mehdi Terosiet, Denis Sereno, Maurice Tchuenté, Jean-Pierre Commes (ETIS, IRD). INSECTS: INnovation for SurvEillance of bloodsuCking dipTerS.

2021

• MOSTAFAOUI Ghiles (ETIS – Computer Science) – Computational modeling approach for the study of catatonia

2020

• Physical Layer Security for Beyond 5G : Sécurité informatique – Professeur Ligong Wang, CNRS
• MuSE-MED – Hajer Zghal, ETIS – Informatique

2019

• David Picard – Deep Forgery Detection
• Arsenia Chorti – Non orthogonal multiple access schemes for fifth generation and beyond systems under security and delay constraints

2018

• Camille Simon-Chane – Smart and Portable Multi-Modal Imaging System for Chronic SKin lesion Analysis
• Florian Kolbl – SEEING (SytèmE visuEl bIomimétique aNaloGique)
• Dimitris Kotzinos – Artificial Intelligence (AI) for Big Data Management Systems
• Maël Le Treust – Strategic Coordination of Autonomous Devices
• Philippe Gaussier – How our brain code and manage spatial information?
• Olivier Romain – CARING : Caractérisation de l’Activité de peRsonnes âgées par machine learning des images micro-dopp
• Dimitris Kotzinos / Fabrice Cavaretta – Analysis and modeling of the social calculation of theories of action: a Big Data approach to the evolution of beliefs among entrepreneurs

2017

• Covert communications : from theory to practice, Ligong WANG (contrat doctoral)
• Navigation et planification bio-inspirée dans de grands environnements intérieurs avec un robot mobile utilisant la perception 3D, Mathias QUOY (contrat doctoral en co-financement)
• Applications distribuées et robustes et cloud mobile dans le domaine des véhicules connectés, Nga NGUYEN et Rachid CHELOUAH (complément thèse en cotutelle)
• Lattice hash functions for secret key generation, Laura LUZZI (contrat doctoral)
• RF-NoC cognitif pour les architectures massivement parallèles à mémoires distribuées, Jordane LORANDEL (contrat doctoral)
• Ordonnancement en ligne de tâches logicielles et matérielles pour des architectures à base de FPGA support de modèles d’exécution type MPMD (multiple-Program Multiple-Data), Lounis KESSAL (contrat doctoral en co-financement)
• Vidéocolonoscopy intelligente, Aymeric HISTACE (contrat post-doctoral, chercheur invité : Jorge BERNAL, Universidad Autonoma de Barcelona, Spain)
• mmWaves – techniques de transmission efficaces pour les bandes millimétriques, Inbar FIJALKOW (contrat post-doctoral)