Visualizza le tesi disponibili per anno di discussione - 2025
2016 | 2017 | 2018 | 2019 | 2020 | 2021 | 2022 | 2023 | 2024 | 2025 | Tutte
Legenda:



autore | titolo | tipo di tesi | anno | disponibilità |
---|---|---|---|---|
ASTARITA,DAVIDE | Advancing upper-limb neuro-rehabilitation with a modular shuolder-elbow-hand exoskeleton for proximal-to-distal support | Dottorato | 2025 | ![]() |
BALLANTI,SARA | Bioelectronic data and biomechatronic tools applied to the somatosensory system for diagnosis and prognosis in neurorehabilitation | Dottorato | 2025 | ![]() |
CAPITANI,STEFANO LASZLO | self-aligning mechanisms in wearable robotics: design and development of solutions to enhance kinematic compatibility and address misalignment challenges | Dottorato | 2025 | ![]() |
CIKALLESHI,KLITON | Sustainable Bioinspired Fliers for Environmental Preservation | Dottorato | 2025 | ![]() |
CITTADINI,EDOARDO | Accelerating deep neural networks on heterogeneous computing platforms | Dottorato | 2025 | ![]() |
DE LUCA,DANIELA | Optimizing Vision Restoration: Deep Learning Approaches in Visual Cortex Decoding and Neuroprosthetic Design | Dottorato | 2025 | ![]() |
DEI,NERI NICCOLÒ | A Novel Assistive Imaging Device for Colon Map Reconstruction | Dottorato | 2025 | ![]() |
EKEN,HÜSEYIN | Control of Lower-Limb Prostheses and Exoskeletons based on adaptive Dynamic Movement Primitives | Dottorato | 2025 | ![]() |
KASSAYE,ESKENDIR | The African Philosophical Discourse on Development: Towards Decolonial Modernity | Dottorato | 2025 | ![]() |
PENNA,MICHELE FRANCESCO | Development of a portable exoskeleton and adaptive control strategies based on residual movement capabilities to assist and rehabilitate upper-limb impaired individuals | Dottorato | 2025 | ![]() |
SALMASO,FILIPPO | An Assessment of Productivity and Operating Subsidies among Portuguese Firms | Corso Ordinario Secondo Livello | 2025 | ![]() |