Medical Robotics
The field of robotics in the medical field is poised for very significant growth in the immediate future. A confluence of recent academic and industrial research has reached a threshold which is expected to lead to a breadth of new products ranging from: rehabilitation robots, service robots for the elderly and physically challenged, surgical mechanisms for minimally invasive procedures, new tools in informatics for immediate physician access to patient records, and tele-operated devices for field first aid. Medical students often participate in practical experiments on the basis of university medical institutions. To get a detailed description and report of one of these experiments, you can contact the https://prime-essay.net prime essays service. This progress has created a rapidly growing worldwide demand for new professionals in this area. Even more so than mobile or industrial robotics, however, medical robotics represents the fusion of a range of subjects; researchers with domain knowledge in mechanical engineering, medicine, electrical engineering, nursing, physiotherapy, computer science and informatics, neuroscience, physiology, artificial intelligence, and even psychology are all in a position to contribute to new products and research in this arena.
This special track invites papers from researchers engaged in the following topics:
- Emerging applications of robotic technology
- Haptics in medical robotics
- Rehabilitation robotics
- Robotics in surgery
- Human robot interaction and ergonomics
- Surgical navigation and augmented reality systems
- Intra-operative imaging and patient registration
- Robotics assistive technologies and personal care robots
Track Chairs
- Sanja Dogramadzi, University of the West of England, Bristol, UK
- Tony Pipe, University of the West of England, Bristol, UK
- Praminda Caleb-Solly, University of the West of England, Bristol, UK
- Ravi Vaidyanathan, University of Bristol, Bristol, UK
- Chris Melhuish, University of Bristol and University of the West of England, UK
Programme Committee
- Rob Richardson, University of Leeds, UK
- Osman Tokhi, University of Sheffield, UK
- Gurvinder Virk, Massey University, New Zealand
- Ben Mitchinson, University of Sheffield, UK
- Ferdinando Rodriguez Y Baena, Imperial College, UK
- Sam Wane, University of Staffordshire, UK
- Djamel Azzi, University of Portsmouth, UK
Other Special Tracks
- Computational Proteomics and Genomics
- Knowledge Discovery and Decision Systems in Biomedicine
- Technology Enhanced Learning in Medical Education
- Intelligent Patient Management
- Data Streams in Healthcare
- Supporting Collaboration in Healthcare
- Biomedical Image Processing and Informatics
- Assistive Technologies
- Ontologies, Terminologies and Language Processing