Prosthesis Brain Application AP NT AOT Robotics Biotech

Prosthesis & Brain Application (AP & NT)

AOT • Robotics • Bio-tech • Neuro-tech

Aims • Discussing the attachment and integration of bionic limb(s). • Developments of nerve stimulation via neuro-electrical application to the brain.

Focus • • • History of modern prosthesis. Application of bionics to humans. Viability of bio-sensory technology. Viability of bio-motor technology. Premises to optimize neural bridge. Proposals for advancements.

Case Study • D. A. R. P. A “. . . feeling physical sensations”

Benefits • Activating artificial control. • Enabling sense of feel. • Improving physical performance.

References • • • Carlos Pedreira et al (2010). Neural Prosthesis: Linking Brain Signals to Prosthetic Devices. Department of Engineering, University of Leicester. Campbell et al (2006). The Bodily Incorporation of Mechanical Devices: Ethical & Religious Issues. Biotechnology & Bioethics, Cambridge University Press. Herr, Whiteley & Childress (2000). Cyborg Technology – Biomimetic Orthotic and Prosthetic Technology. Massachusetts Institute of Technology, p 2. Jarrasse et al (2015). Robotic Prosthetics: Moving Beyond Technical Performance. IEEE Technology & Society Magazine, pp 71 DARPA (2015). Neurotechnology Provide Near-Natural Sense Of Touch. [Online] Available from: http: //www. darpa. mil/news-events/2015 -09 -11 [Accessed: 10 th March 2016]

Thank you, any questions?