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); keywords: natural language processing, robotics, biostimulants PhD-M: Assessing drought effects on grassland using IoT-enabled visual sensors. PhD grantors: Poznan University of Technology (PL) & INRAE (FR
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Project Overview Abstract: This project will focus on robotic underwater visual inspections and water sample collection in lake-spawning charr habitats in Lake Windermere. Currently, there are two
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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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, including AI-based tools or agents, to process large bioinformatics datasets and generate high-quality data visualization charts. 10. Selection Panel: The selection panel consists of: 1 - Doctor Maoxiao Peng
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in their tissue context Development, optimization, and application of bioinformatic pipelines for data integration, analysis, and visualization of complex datasets Computational modeling of gene
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/faculties/research-centers/zfbk/career_services/ Support for international students and doctoral candidates Welcome event Cultural and linguistic preparation Visa matters Help with finding accommodation
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: Basics of cellular and molecular neuroscience Sensory systems (auditory, olfactory, and visual) Cognitive and behavioural systems Limbic systems Motor systems Systems neuroscience: clinical applications
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integrate innovative methods and automation into fungal research, advancing how we visualize, quantify, and interpret the hidden dynamics of mycorrhizal fungi. This enhances not only our mechanistic insights
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. By then, drones are expected to become a regular presence—visually and audibly—in European living environments. A meaningful assessment of what impact this will have on our living environment is
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University of Technology (PL) & University Liege (BE) Position L Natural language based interaction for robotized biostimulant practices. CNRS (FR) & University Milan (IT) Position M Assessing drought effects