GESTURE CONTROLLED ROBOTIC WHEELCHAIR

Electronics And Electrical Engineering

The principle goal of this paper is to exhibit a quick and exact calculation for controlling a robot by just indicating hand motions from a wearable gadget mounted on a glove. Using this method, one can represent a constrained arrangement of hand signals, the automated vehicle will move in the respective direction. A specific arrangement of physically created directions and a well-structured domain to show a basic, yet possible method for hand-signal recognition. The methodology includes the detecting of movement of the hand, ordering the signal by using a coded microcontroller and further transmission to the receiver on the automated vehicle utilizing a radio transmitter. The motion is detected by an accelerometer on the glove, which is at that point encoded and transmitted to the radio receiver on the vehicle. The gesture is then received, decoded and moved to a motor driver to control the wheels. Comparing to the coordinated motion, the activity is performed by the robot. The calculation being used in the process is independent of translation, the size of the client's hand and revolution. This is planned to be utilized in pulling objects of multiple times its own weight in industries as well as hotels for serving purposes. The unwavering quality and power of the proposed model are tried and broke down. The outcomes, which decide the effectiveness and accuracy, have been tabulated.

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