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Field
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numerical algorithms for real-time wind field forecasting. Validate forecasting models against high-fidelity LES data and field measurements. Quantify the impact of predictive adjustments on turbine
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synergy approach, fully leveraging on cloud computing environments, the integration of non-EO data sources and cutting-edge digital technologies, as well as pursuing open-source algorithms and tools
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-house and external scientific studies for mission development and implementation, geophysical algorithm development and related research activities; organising mission-specific science workshops and
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following areas related to the position: AOCS subsystem architecture, design, testing and verification (incl. control algorithms design & tuning, analysis and simulation) AOCS modelling, AOCS software
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technology, digital input/output interfaces and technologies, networks and protocols. experience in design and validation of algorithms and techniques such as modulation, digital beamforming, machine learning
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of navigation systems, technologies, algorithms and techniques in cooperation with European industry, universities and research centres and institutional stakeholders, drawing on the expertise of other ESA
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-edge control algorithms for the security and resilience of cyber-physical systems? We welcome you to apply for a PhD position in the SecReSy4You Doctoral Network, a European Union-wide Doctoral Network
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to match master students with thesis coaches using a renowned scientifically proven algorithm The emphasis of the work is on innovative development using OOP patterns, Docker, PHPUnit, Blade, Vue.js and
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dissemination, tracking, ranging, radio science and time transfer functions. Responsibilities include the definition of concepts and algorithms, system/segment/payload-system architecture and trade-offs
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implement a software engine that automates fault model generation, evaluation, and management. Design and implement advanced test generation methodologies (e.g., test algorithms, Design-for-Test (DfT), Memory