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disse informasjonskapslene. Databehandlingsansvarlig: HAProxy software Formål: Kreves for at nettsiden skal fungere riktig. Personvernregler for databehandling: HAProxy software - Personvernregler
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and spatially complex nature of MRI signals. Each MRI examination involves multiple pulse sequences, with signal acquisition being sensitive to coil placement, sensor geometry, B0/B1 inhomogeneities
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in which the PhD research scholars are fully involved. PhD research scholars are provided with personal computers, printer access, extensive library resources, and a wide range of software. Further
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cooperative behaviors such as joint mapping, coordinated inspection, or adaptive navigation. Digital twin simulation and testing: Developing and using digital twin models to simulate the integrated sensor suite
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parametrisation. The models are compared to benchmark models and analysed regarding robustness and sensitivity. In a second step, the models will be tested under different climate change scenarios. The newly
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on atmospheric and catchment conditions and regarding their accuracy and sensitivity to the input data. A variety of algorithms will be tested, including ANNs, WNNs, SVM and CART, with the possible extension
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implementations (e.g., biophysical models), as well as models of machine intelligence (e.g., deep convolutional neural networks). We test the models' predictions in our empirical studies with human participants
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–based methods and software to assist physicians with: Disease classification Treatment decision support What-if analyses. Although the developed methods and software will be general-purpose, a special
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simulation and testing: Developing and using digital twin models to simulate the integrated sensor suite and multi-vehicle behavior. These models will allow for iterative development and testing
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experiments to test LED color effects on plant volatile (VOC) emissions and whether VOC shifts explain variation in pollination success and pollinator behavior. Furthermore, you will examine how LED color