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Certified And Secure Time and frequency transfer common Laboratory – FAST-LAB
The FAST-LAB -- Certified And Secure Time and frequency transfer -- common laboratory project aims at promoting and shaping the interest of the FEMTO-ST institute and the company Gorgy Timing for deve
Efficient and Sensitive Detection of Reaction Intermediates by NMR – DESIR
The ability to supervise chemical reactions by simultaneously monitoring the concentration of different species in real time and under real conditions is an essential tool for determining kinetics and
2017 BTR project – RTB 2017 (CEA)
The BTR program with 15,000 m2 of clean room facilities distributed in seven national facilities and a task force of about 400 researchers brings a strong support to the R&D activities in micro & nano
Distributional analysis in specialized domain – ADDICTE
The goal of the ADDICTE project (Distributional analysis in specialized domain) is to propose an operational solution to the distributional semantic analysis in specialized domain to construct semanti
Predictive Maintenance of transportation systems under incomplete and imprecise data – MAPSYD
Maintenance is an important factor in quality, dependability, and productivity in complex industrial installations. However, the development of a predictive maintenance system that is truly efficient in relation to the objectives of maintaining operational conditions currently requires defining the scientific foundations of predictive maintenance as well as the appropriate methods and technologies.
Urban Cooling by Trees – Assessing and Modeling for Designing Sustainable Cities – COOLTREES
Among adaptation strategies of cities to climate change, « greening » cities i.e. reintroducing trees within cities, is probably a promising way since trees through transpir ation and shading have a significant impact on the heat balance of the surrounding atmosphere. The first general objective of COOLTREES is to assess and model the evapotranspiration of urban trees in relation with their environments, and to relate their role in the urban climate with their structural and functional traits.
human inspired autonomous navigation in crowds – Hianic
The Hianic project aims to give autonomous vehicule the ability to spaces shared with pedestrians. In these shared spaces, there is no traffic lights or stops to give the priority to pedestrians or cars, and these spaces can be densely populated. The Hianic project proposes to combine works in crowd simulation, proactive navigation, psychological study on the acceptability, experiments with real autonomous vehicles to move forward on this challenging topic.
Closed- loop control of the wake of a road vehicle – COWAVE
Three-dimensional bluff-body wakes are of key importance for the automotive industry due to their relevance in the reduction of consumption and greenhouse gas emissions. Drastic European Union limitations concerning these two mechanisms conduct the car industry to think about efficient vehicles.
Component for Guided Optics in the Midinfrared – COMI
The Mid-InfraRed (MIR) domain is concerned by most of the frequencies of molecular vibration and the optical spectroscopy in this range allows the identification and the quantification of chemical com
Engineering of excitonic and spin-valley properties in van der Waals heterostructures – VallEx
The choice of two-dimensional (2D) materials to engineer devices with atomically flat active regions is currently extending far beyond graphene to a wide range of new semiconductors, insulators, metal