Multiplexed Prosthetic Devices

Offloading Neuromechanical Interface Control to Multiplexed Prosthetic Devices using Interactive RFID Enabled Micro-controllers

Offloading Neuromechanical Control to Multiplexed Prosthetic Devices using Interactive RFID enabled, Embedded Microcontrollers for both Complex object Manipulation and Globally Assistive Applications 
For the most part prosthetic devices use non computer enabled mechanical components. The most advanced prototype systems, currently under development, seek to create neuro-mechanical interfaces. These approaches rely on the concept of primary "human control". However, many complex movements are in fact unconscious or “Zombie” programs running in different parts of the brain. In other words, we don’t have to think about them. This project enables the "environment" to allow a prosthetic device to control itself, thereby “off loading” enormous amounts of neural control processing while permitting the device to autonomously perform complex movements and t