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7 results found
Securing NG-Ultra FPGA development through innovative System-on-a-Chip (SoC) validation
The BRAVE series of reprogrammable FPGA’s represent an entirely new area of development for microelectronics. These high performance, very advanced electronics could revolutionise the manufacturing process and performance of multiple missions. Alongside their development there is a current industry initiative to standardise avionics systems. As part of this venture, GSTP Element 2 has initiated an activity to develop a standardised box, which will contain all the different computer modules, such as power boards, and ensure they are all compatible.
France

GT27-046ED

AIRBUS DEFENCE AND SPACE...
Preparation of enabling space technologies and building blocks: Multifunctional Blanket development for SOLARFLEX?

N/A

France

GT17-137TIn

THALES ALENIA SPACE...
Quantum Shannon theory and quantum Darwinism

The emergence of the classical world from quantum theory, and especially of a consensus among different observers, is a long-standing problem for the foundations of quantum theory. Using recent advances in multipartite quantum information theory, we shed light on these problems. Besides their interest for fundamental physics, they are related to quantum sensing and metrology using a quantum-network of stations, a situation of interest for the potential use of quantum-based measurement probes for exploring space and the Universe.

France

19-D-A-03

University of Lyon
Active Optics in deployable systems for future EO and Science missions

Increasingly demanding space-based applications require a large primary mirror diameter, on which the optical instrument resolution depends. However, the mass and volume of a monolithic primary mirror would dramatically increase along with its size, which, in addition to cost and technical issues, is also limited by the available volumen in the launch vehicle fairing.

France

15/131

Thales Alenia Space
Investigating spectroscopy and forward model improvements for atmospheric retrieval of methane in the thermal infrared

The aim of this study was to explore and consolidate the possible sources of methane (CH4) biases in retrievals from thermal infrared (TIR) sensors, to establish necessary actions and perform the related work for mitigating biases. The study distinguisged three types of error sources: spectroscopic knowledge and input data to radiative transfer models (RTM), forward model errors, and instrument biases.

For achieving this goal, the study addresses three main objectives, corresponding to three identified tasks:

France

15/029

SPASCIA
Radio climatology models of the ionosphere: status and way forward

The objective of this study was to use experimental observations of the ionosphere collected in the past years to assess the performance of climatological ionosphere models, with the focus on scintillation models. This analysis has been performed in order to evaluate the ability of these climatological models to properly support ESA's future needs, to identify weak areas, to propose recommendations for improvements and to implement these improvements whenever possible in existing models.

France

15/066

ONERA
Hera Investigation Team (HIT) analyses

We have continued our shock physics code calculation studies of DART-like impact events. This includes comparisons of iSALE and SPH code calculations, using a range of strength and structural properties. The effect of porosity was studied in detail by applying different crushcurves, representing materials with varying crushing strength. The crushcurve was found to have a large influence on the outcome, in particular the ejecta properties and momentum transfer.

France

18/701

OCA

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