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Cable-driven parallel Robots for Agile operations in manufacturing FaciliTies – CRAFT
The CRAFT project aims to design, model and control Cable-Driven Parallel Robots (CDPRs) for agile operations in manufacturing facilities. The CDPRs developed in CRAFT will: (i) work in cluttered environments, (ii) be autonomous, (iii) allow the user to co-manipulate large and/or heavy objects. An important obstacle to the dissemination of CDPRs is a lack of standards. Hence, another objective of CRAFT is to define some standards for CDPRs that will be submitted to regulation authorities.
Material Culture of Babylonia during the 1st millenium B.C. – MCB
The rich textual data from the Neo-Babylonian Empire in the 6th century BC illustrates processes of manufacturing of artefacts which have not been preserved in their archaeological context. This body of virtual data is exceptional for such an early period. The textual data can be cross-referenced with preserved archaeological data to understand the identity and techniques of those who made them, and how furniture and tools were used.
The Design of Auctions and Contracts for Renewable Energies: a RISK-sharing perspective – DACRERISK
One of the main economic challenges in the large scale development of renewable energies is how to share risks between public and private entities.
Uncovering verb-second effects. An interface-based typology. – UV2
Germanic languages, with the major exception of Modern English, are characterized by the regular occurrence of the finite verb in second position in main clauses, a property known as ‘verb second’ (V2). Taking Germanic V2 to be part of a wider set of V2 effects occurring in other languages, the project sets out to investigate a typologically diverse set of languages displaying V2 effects.
Sensemaking and Spatialisation for multi-granular heritage artefacts : 3D annotations, sonification. and formalisation of inferences – SESAMES
Sensemaking and Spatialisation for multi-granular heritage artefacts: 3D annotations, sonification. and formalisation of inferences
Mastering Electrons in LOw Dimensional Innovative Carbides (MELODIC) – MELODIC
MXenes are the functional nanomaterials forming the building blocks of an impressive number of potentially useful industrial applications. In all previously published data, there is a clear lack of quantitative information about the basic electron properties.
Cursus Adapté au Projet d'Avenir, aux Centres d'Intérêts et à la personnaliTé de l'Etudiant
Toutes nos licences ont un parcours ALLURE, à l’exception de la mention Droit. Ce parcours ouvrira à la
Topology of Conductive Ferroelectric Domain Walls – TOPELEC
interest over the last 10 years because of their exceptional dielectric, optical, magnetic, electronic and
BiNary NEURal NetwOrks based oN CMOS/RRAM Hybrid archItecture and in Memory Computing Concept for Sensor Fusion Application – NEURONIC
XNOR-NETs will be able to perform inference with exceptionally low energy consumption because: • Computing
Far-field nonlinear coherent optical nanoscopy of single emitters – FINDING
information processing. Indeed, they inherit exceptional properties from 2D materials, and they offer
