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Future. Discover. Together. The Computer Vision & Graphics group of the Vision & Imaging Technologies (VIT) department is looking for a student assistant in the area of deep learning for scene
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Documenting results and contributing to scientific reports and presentations What you contribute Enrollment in a full-time degree program in computer sciene, maths, or a related field, ideally at the master’s
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Max Planck Institute for Astronomy, Heidelberg | Heidelberg, Baden W rttemberg | Germany | about 2 months ago
for 4 years Software Developer / Computer Scientist (m/f/d) specialised in AI & Machine Learning, Ref. 421 to support the further development and commissioning of the Real-Time Control (RTC) system
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29.06.2026, Professuren The Technical University of Munich (TUM) invites applications for the position of Tenure Track Assistant Professor in » Implantable Brain-Computer Interfaces « to begin as
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(Computer Science), in the research group “Computer Graphics and Virtual Reality” of Prof. Gabriel Zachmann, within the EU project SENSORAMA (Horizon Europe), we are seeking to fill the following position
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Do students receive financial aid? All doctoral positions are fully funded, including social benefits. Students also receive funding to attend conferences and other events related to their research, and have access to outstanding facilities. Do I need to know English? Yes, English is the...
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existing technologies, right through to the tested prototype. The Data-based Methods team at Fraunhofer ENAS develops real-world applications using AI, machine learning and computer vision. The main focus is
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Parameter and Orbit System) software developed at GFZ. Your Responsibilities: Develop a processing chain for generating LSGG observations from GRACE-FO LRI Level-1 data Validate the results using real GRACE
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large-scale, literature-derived, technology-parameter databases as the driving use case Apply the method to improve energy system analysis in collaboration with energy system modelers
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orbital evolution. Also numerically less demanding approximations will be used, in terms of orbit averaged evolution equations for the orbital parameters. In later phases, the methods will be applied