| Proposal for Advanced Artificial Limb with Sensory Feedback Integration |
| Paper ID : 1084-ISCSR3 |
| Authors |
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Ehab Naser Sabry *, Moamen Abdelhady Elkady, Mariam Hamdy Mohamed, Aya Ahmed Elezawy Alsalam University |
| Abstract |
| The loss of a limb is a profoundly life-altering experience, impacting not only physical functionality but also emotional and psychological well-being. While significant advancements have been made in prosthetic technology, the absence of natural sensory feedback remains a critical limitation. This proposal outlines the development of an innovative artificial limb designed to replicate the sensory experience of a human limb, enhancing control, functionality and overall user experience for individuals with amputations. By integrating advanced sensory feedback technologies, this project aims to bridge the gap between users and their prosthetic devices, enabling a more intuitive and life-like interaction. At the core of this innovation is the integration of pressure sensors within the artificial limb. These sensors transmit sensory information to the brain via a wireless system, processed through a specialized helmet equipped with transcranial magnetic stimulation (TMS). By stimulating the paracentral lobule, the brain region responsible for sensory representation of the limb, this system recreates sensations of touch and force akin to those experienced with a natural limb. Prototype Development Artificial Limb Fabrication: This will include the integration of the pressure sensors into the limb structure ensuring that the sensors are accurately positioned for optimal detection. Helmet Design: A prototype of the helmet will also be developed incorporating the TMS system and the necessary components for electromagnetic stimulation. The helmet design will prioritize user comfort and effectiveness. Currently, this research is the first to explore the use of TMS in combination with artificial limbs for sensory feedback, offering a novel approach that could bridge the gap between mechanical function and sensory perception in prosthetic technology. By leveraging TMS, we aim to develop a prosthetic system that not only restores mobility but also improves the user's sensory interaction with their environment. |
| Keywords |
| (Transcranial Magnetic Stimulation (TMS) - Prosthetic Limb – Pressure sensors – Wireless data transmission) |
| Status: Abstract Accepted |