Brain Machine Interface (BMI) for Spinal Injuries
Journal: International Journal of Advanced Engineering Research and Science (Vol.7, No. 9)Publication Date: 2020-09-10
Authors : Machel M. A. Allen;
Page : 351-367
Keywords : Brain Machine Interface; Spinal Injuries; Transfer learning; machine learning.;
Abstract
Brain-to-machine-interface (BMI) that facilitates the healing of Spinal Injuries. The Product is designed to facilitate the healing of scar tissues along the vertebrae column. This works perfectly for persons having a handicap that hinders motor skills. The BMI performs this operation by generating a series of electro-magnetic propagations throughout the vertebrae column. It will also be designed to target specific areas of extreme abrasion(s) that affect proper blood flow to facilitate the easy flow of blood (as before injury), so that patient(s) once again would experience the use of their limbs. The device will be engineered as such to cause the brain, where necessary, to (possibly) adjust its own internal frequencies (in Hz) and pitch (in W s/cm2) to aid in this process. It will be disclosed that through the adjustment of frequencies (in Hz) and energy density (in W s/cm2) scar tissues can be corrected.
Other Latest Articles
- PROGNOSIS OF KIDNEY INFECTION USING SOFT COMPUTING TECHNOLOGY
- Brain Machine Interface (BMI) for Spinal Injuries
- The use of realistic simulation in the training of lay people in Basic Life Support: experience report
- Teaching Mathematics: Low Performance in Mass Evaluations
- Work Accidents from the Perspective of Workers: A Case Study in the Footwear Industry (Rs, Brazil)
Last modified: 2020-10-01 17:52:30