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Design and Development of Electroencephalography based Cost Effective Prosthetic Arm Controlled by Mind Waves

Author(s):

Bhavesh Pawar , SAL COLLEGE OF ENGINEERING; Mr. Hardik J. Bhatt

Keywords:

Prosthetic Arm, TGAM, Bluetooth Module HC-05, Arduino, Servo Motors, Electroencephalography, Brainwave

Abstract

There are inexact 6 million crippled individuals. These handicapped individuals are influenced with Different neuro issue. To convey what needs be, one must furnish them with Artificial and Augmented correspondence. For this, Brain-PC interface framework based On Electroencephalography has been created to address this Requirement. Correspondence Has Occurred Between the Brain Thoughts and External Devices. Cerebrum Computer Interface Are the framework that can has customary channel Of Communication (for Example Muscles and Thoughts) That Provide the Direct Communication and control the human mind and a physical hand that interpret the distinctive example of mind activities. It is an amazing specialized apparatus among clients and frameworks. It doesn’t require any outer gadgets or muscle mediation to issue directions and complete the association. The principal supposition of task reports the plan, development and a testing copy of the human Hand which tries to be dynamic just as kinematic exact. The conveyed hardware attempts to look like the development of organic human Arm by perusing the signs produced by Mind waves. The Mind Brain waves are detected by sensors in the TGAM and produce Theta, alpha, Delta, beta and gamma signals. At that point this flag is prepared by the Arduino-microcontroller and the development is then created to the prosthetic hand by means of servo Mechanism.

Other Details

Paper ID: IJSRDV7I10130
Published in: Volume : 7, Issue : 1
Publication Date: 01/04/2019
Page(s): 141-144

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