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Adaptation and Resilience of Spatial Ecological Networks to human-Induced Changes – ARSENIC
Most studies in predictive ecology rely on a static view of the ecological niche. ARSENIC aims at understanding how ecological systems react to global changes when ecological niches are considered as dynamic, varying with community composition and evolutionary processes.
Adaptive Automated Scientific Laboratory – AdaLab
Our proposal integrates the scientific method with 21st century automation technology, with the goal of making scientific discovery more efficient (cheaper, faster, better). A Robot Scientist is a phy
Adaptive Autonomous Production Platform for Environment – AdAP2E
requires the emergence of new production systems for environment and agriculture. Robotics provides a solution by offering standalone devices capable of performing specific tasks, repetitive and painful. This project proposes to develop agile robots that can perform several types of work in harsh environments.
Adaptive capacity, resilience, and coral reef state shifts in coastal social-ecological systems – ACRoSS
Coral reefs provide critical ecosystem services but evolve under specific disturbance regimes exceeding the system’s adaptive capacity. In contrast to the Caribbean, some Pacific Island communities ex
Advanced Modelling of Island Control for ITER – AMICI
Modelling of Island and sawtooth Control for ITER, using an extended MHD model with a kinetic module.
Advanced Waveforms, MAC Design and Dynamic Radio Resource Allocation for Device-to-Device in 5G Wireless Networks – ACCENT5
ACCENT5 project proposes innovative technological approaches for a smooth integration of D2D communication in future (5G) wireless networks. The proposed solutions allow increased data throughputs and
Advanced aNalysis of III-V/Si nucleaTIon for highly integrated PhOtonic Devices – ANTIPODE
ANTIPODE is a fundamental research project which aims to deeply understand the formation of III-V/Si semiconductor interfaces in order to better control the defect generation at the interface during epitaxial growth. The project proposes to investigate three different III-V semiconductor materials, not only because they are all highly relevant for photonic applications (from UV to IR), but also because they allow to span the nucleation strain from compressive to tensile and close to zero.
Advanced materials for reversible air electrodes of high energy density metal-air batteries – E-AIR
This 42 month project will be carried out in close collaboration between three academic laboratories (UCCS University of Lille, IC2MP University of Poitiers and LCMCP at the Collège de France) and one
Advanced numerics in fluid mechanics for virtual prototyping of energetic systems: High-order schemes for high-fidelity LES of complex geometries – ANVES
The growing demand in terms of design standards and regulations prompts the development of high-fidelity solvers for Large-Eddy Simulation (LES) of complex geometries of practical engineering interest. The ANVES project aims at developing a high-order numerical platform with state-of-the-art LES modeling capabilities on unstructured grids.
Advanced quality methods for post-edition of machine translation – KEHATH
The translation community has seen a major change over the last five years: machine translation has become good enough so that it has become advantageous for translators to post-edit it rather than tr