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Miguel Ángel

ATRIA Flexible Payload Emulator

Authors: Katja Vornberger, Jannis Mainczyk and Rainer Wansch Simulating satellite systems is a crucial task for researchers and engineers who design and develop these complex systems. In particular, a link-level emulator can provide valuable insights into the performance and behaviour of satellite systems, including the effects of different payloads and beamforming techniques. In ATRIA, a link-level emulator for flexible payloads with beamforming capabilities is developed… Read More »ATRIA Flexible Payload Emulator

Data-Driven Space Operations

Authors: Gabriele Giordana, AIKO. The upcoming next generation of satellites will be characterized by a higher level of operative flexibility and automation both from the platform management and payload configuration standpoints. Additionally, augmented connectivity in terms of communication capabilities will result in an unprecedented integration of satellite services with terrestrial deployments. This scenario leads to an increase in complexity in fulfilling the users’ requirements which… Read More »Data-Driven Space Operations

1st Official Press Release

ATRIA project funded by the European Commission under Horizon 2020 Programme, officially started on April 1st as part of the H2020-SPACE-2020 project working on the topics of satellite communications. The project aims to build a generic and intelligent tool (AI-PCS) to control current satellite flexible payloads and their configurable traditional counterparts. Artificial Intelligence (AI) techniques will provide the tool with the sufficient intelligence to autonomously decide… Read More »1st Official Press Release

ATRIA participates in ESA WEBINAR

ATRIA participated in ARTES Future Preparation Machine Learning and Artificial Intelligence for Satellite Telecommunication organized by the European Space Agency. The partners involved in the webinar were GMV, Eutelsat and CTTC. Final Presentation Webinar – ARTES Future Preparation Machine Learning and Artificial Intelligence for Satellite Telecommunication | ESA’s ARTES Programmes

ATRIA Kick-OFF

The new H2020 Space project called AI-Powered Ground Segment Control for Flexible Payloads was kicked off on April 16th 2021. The project aims to build a generic and intelligent tool (AI-PCS) to control current satellite flexible payloads and their configurable traditional counterparts. Artificial Intelligence (AI) techniques will provide the tool with sufficient intelligence to autonomously decide the optimum configuration of the available satellite resources for… Read More »ATRIA Kick-OFF