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- NTNU - Norwegian University of Science and Technology
- NTNU Norwegian University of Science and Technology
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and experiments and documentation of research activities of the of SAFE center. The position as researcher will cover research, dataset development, prototype deployment, and collaboration with
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the thermoacoustic stability of the system. The project will involve conducting a series of laboratory experiments using state-of-the-art measurement methods such as high-speed imaging, and acoustic measurements using
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build a closed-loop, verifiable self-healing prototype for cloud-native 5G/6G operations, evaluate it under realistic degradations (failures/underperformance), and produce results that matter for both
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inducing oscillation or cascading secondary failures. The research focus is hands-on and systems-oriented: the candidate will build a closed-loop, verifiable self-healing prototype for cloud-native 5G/6G
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) and image analysis is highly emphasized. Such experience should be documented. Scientific Curiosity: You are eager to bridge the gap between neuroscience and cancer biology. For you, research is a
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techniques, as well as cell culturing techniques Molecular biology techniques and digital image analysis Analysis of high-throughput datasets (RNA seq, proteomic data) Publications in international peer
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will also design and develop new software and prototype models. Research areas: Computer science, Simulation-based automated synthesis and verification of human physiology models, Artificial intelligence
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for optimally deploying wind-sail propulsion according to weather conditions The project will develop, prototype, and evaluate visual and interaction concepts that make AI advice actionable
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responses of the species in question to different stimuli and putting the results in an ecological context. The project will largely rely on laboratory experiments using image and video detection and
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detailed imagery, but only under cloudfree conditions. Synthetic aperture radar (SAR) can deliver highquality images regardless of cloud cover, but such systems are expensive. Our main research question is