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Sensing for Surgery
Smart Sensing for Surgery
Our Hamlyn researchers outline the recent developments and challenges of smart sensing for surgery, from tethered devices to wearables & implantables.
Smart Sensing for Surgery
Our Hamlyn researchers outline the recent developments and challenges of smart sensing for surgery, from tethered devices to wearables & implantables.
Application of Artificial Intelligence (AI) in Surgery
Our Hamlyn researchers review the recent influential applications of AI in surgery as well as note the major challenges in the future development.
A Cross-Domain Transfer Learning Scheme for Robot-Assisted Microsurgery
Our Hamlyn researchers proposed a transfer learning scheme for training a deep neural networks model, aiming to aid Robot-Assisted Microsurgery.
A Human-Robot Interaction Analysis Framework for Minimally Invasive Surgery
Hamlyn Centre researchers proposed an ergonomic shared workspace analysis framework, aiming to aid the procedures of minimally invasive surgery.
Multimodal mixed reality visualisation for intraoperative surgical guidance
A Hamlyn-led project that introduced a novel MR visualisation platform for intra-operative surgical guidance has won the IPCAI 2020 Audience Award.
A novel micro-pneumatic tool for targeted therapy and cell-based intervention
Hamlyn Centre researchers proposed a novel micro-pneumatic tool with actuators at the capillary tip, aiming to aid clinical cell-based interventions.
A Novel Bronchoscopic Localisation Approach for Lung Cancer Diagnosis
Hamlyn Centre researchers proposed a novel generative localisation approach with uncertainty estimation using video-CT data for bronchoscopic biopsy.
Infection Diagnostics: Miniature Fibre-Optic Probes for Rapid Bacteria Detection
A novel method for infection diagnostics proposed by Hamlyn Centre researchers is featured on the latest Advanced Optical Materials cover.
A Novel Flexible Wrist-Worn Thermotherapy and Thermoregulation Device
Hamlyn Centre researchers proposed a flexible wrist-worn device integrating temperature sensing and heating capabilities for thermo-therapy/regulation
A potential new route to future nerve regeneration technologies
Hamlyn Centre researchers propose a possible new route to next generation nerve regeneration, by combining 3D printing, nanoscience and stem cells.