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Agustin Fernandez Leon (ESA), Olivier Mourra (ESA/ESTEC)18/11/2021, 14:00
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Mr Agustin Fernandez Leon (ESA), Olivier Mourra (ESA/ESTEC)18/11/2021, 14:05
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Mr Matthias Mäke-Kail (TTTech)18/11/2021, 14:30
The Lunar Gateway is under development with major contributions by ESA and European companies, Thales Alenia Space in particular. It is the first space installation that will deploy a new federated and modular approach to avionics and data-handling based on the International Avionics System Interoperability Standards (IASIS).
Thales Alenia Space and partners will build and integrate the...
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Mr Arne Samuelsson (Cobham Gaisler AB), Mr Artur Kobyłkiewicz (GMV Innovating Solutions Sp. z o. o.), Mr Eduardo Augusto Bezerra (Universidade Federal de Santa Catarina), Mr Roman Wawrzaszek (Space Research Centre of the Polish Academy of Science)18/11/2021, 14:55
The Advanced Payload Processors (APPs) was developed targeting in-orbit demonstration (IOD) in the GOMX-5 mission. GOMX-5 is a flight demonstration for next generation cubesat missions, which will demand advanced attitude control, large processing capabilities, and high throughput data exchange between space and ground segments. APPs was jointly conceived by Cobham Gaisler, GMV, CBK, and UFSC...
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Ms Evridiki Vasileia Ntagiou (ESA)18/11/2021, 15:45
The use of Artificial Intelligence (AI) is of rising interest for both ground space-segment applications despite the associated challenges, like lack of dedicated environment for testing and experimentation and the limited technology demonstrators on-board flying spacecraft.
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The advantages of AI capable spacecrafts have been convincingly demonstrated in past missions, where autonomous... -
Roland Weigand (ESTEC)18/11/2021, 16:10
Following the successful development of microprocessors using the SPARC open Instruction Set Architecture (ISA) conducted during the past 25 years, this presentation will introduce the plans and efforts undertaken by ESA and related programmes to introduce the emerging RISC-V open ISA to space.
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Mr Filippo Ales (ADS-FHN)18/11/2021, 16:35
The Failure Detection, Isolation and Recovery (FDIR) subsystem is a critical function on board all spacecraft since it is vital for ensuring the safety, autonomy and availability of the system during the mission lifetime. Together with software hard coded and hardware protection mechanisms, the majority of modern satellites implement as well a PUS-based FDIR design. The latter mechanism uses...
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Mr Carlo Ciancarelli (TAS-I), Mr Domenico Cascone (TAS-I), Mr Francesco Corallo (TAS-I), Mr Francesco Russo (TAS-I)18/11/2021, 17:00
The introduction of ML-based technology on-board the spacecraft is expected to significantly increase early anomaly detection and prediction capabilities by providing benefits to FDIR functions and on board autonomy, as well as enabling a new concept of space segment operations, bringing great benefits to the overall mission space efficiency, especially in scenarios with very large fleets of...
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Mr Riccardo Rovatti (UniBo)18/11/2021, 17:25
Advanced machine-learning/deep-learning models are promising technology in space domain and can be suitable for onboard satellite failure prognostic and detection through telemetry data processing. This category of solutions possesses the peculiarity to better handle the complex correlations hidden inside the data. Preliminary architectures and learning strategy based on autoencoder neural...
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18/11/2021, 17:50
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