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(e.g., difference-in-difference research designs); experience with handling large (register and survey) datasets; experience with statistical software such as Stata or R, and coding; an affinity with
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understanding of the pathways and rates of transport of solutes and particles at the catchment scale. Integrated into a runoff simulation software, this mathematical model will then be coupled with geochemical
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Integrating Multi-Modal Radiomics and AI Co-Pilot Software to Accelerate Cancer Detection and Improve Treatment Decision-Making DoS: Dr Vassilis Cutsuridis (vassilis.cutsuridis@plymouth.ac.uk) 2nd
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system perform well. This PhD project aims to answer this question. You will develop a unified mathematical theory and framework to study and explain how different reservoir systems work and how to design
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to the Wallenberg AI, Autonomous Systems and Software Program (WASP). This enables interaction with researchers from different research fields and access to various scientific and technical expertise. Data-driven
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on a mass spectrometer coupled to the FELIX laser. Along the way, you will develop and utilize a range of advanced skills, including imaging technologies design and simulation software, analytical and
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theory and framework to study and explain how different reservoir systems work and how to design them for specific tasks. The project will combine: Mathematical modelling of dynamical systems
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of arrival (TDOA), angle‑of‑arrival (AOA), and frequency‑difference of arrival (FDOA) for RF emitter localization. Develops and implements signal processing algorithms and waveform prototypes using software
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will build on research that detects different types of uncertainty in deep neural networks, and we will connect this uncertainty to interactive data collection, e.g. in the form of a dialogue with the
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Your Job: As a doctoral researcher in the group of Dr. Susanne Kunkel at the institute Neuromorphic Software Ecosystems (PGI-15), you will contribute to the advancement of simulation technology for