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destinations, from low Earth orbit to Mars. Its activities focus on four pillars: Artificial Intelligence, Extended Reality, IoT & Robotics, and Quantum Technologies, supported by robust data governance. Key
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; investigate how satellites can be used alongside ground networks to extend coverage, especially in remote or hard-to-reach areas; explore how Artificial Intelligence (AI) and edge computing can improve
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to visit the ESA website: http://www.esa.int Field(s) of activity for the internship Topic of the internship: Artificial Intelligence for Earth Observation Artificial Intelligence is increasingly
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into the space economy. This new era has also seen the re-emergence of system concepts, such as constellations, embarking further advanced technologies including new frequency bands, Artificial Intelligence, and
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activities as well as the growth of a sustainable industrial network of services. This process relies in particular on the optimisation of the data architecture to enable the efficient use of artificial
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applications, business intelligence reporting, artificial intelligence, and process improvement within a dynamic space research and development programme environment. You will have the opportunity to work
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, smart connectivity and data transfer solutions, autonomous operations and decision making using artificial intelligence, and multiple applications serving needs across civil security and disaster
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of unclassified data-packs in an automated manner. The objective of this activity is to employ artificial intelligence technology to automate configuration control checks that are currently performed manually
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Programmes. You will focus on a research activity about the new Audit Cybersecurity Frameworks related to Artificial Intelligence (AI), as the Framework for AI Cybersecurity Practices (FAICP) or the ISO SO/IEC
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part of the system engineering and satellite engineering section in activities related to Onboard Satellite Artificial Intelligence Processing and the evaluation of end-to-end mission performances