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, control, trust, ethics) and align them with use cases; 5. Develop a functional prototype, including a simple interface and a pipeline with Human-in-the-Loop; 6. Integration of a basic explainability
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TEC. 2. OBJECTIVES: The NeuroEngineering Laboratory at C-BER has extensive experience in biomedical image analysis from different clinical contexts, ranging from the analysis of motor seizures in
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-spectrometer synchronization, and spectral analysis algorithms, contributing to prototype validation in geological case studies. Objectives: - Develop and validate the galvanometer scanning system.; - Implement
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OF THE APPLICATIONS The applications will be formalised by submitting a specific form in INESC TEC's website . The form is available in the icon 'Apply now'. In the same form, each candidate must upload the following
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machine-learning methods for sample segmentation and classification. 3. BRIEF PRESENTATION OF THE WORK PROGRAMME AND TRAINING: The fellow will join the INESC TEC team within the LIBScan project, carrying