Wireless Gesture controlled Smart Robot using ESP8266: A Review paper
Author(s):
Harshal Rade, Amol Bonde, Abhishek Deshpande, Sunny Pawar, Prof. M. T. Jagtap
Keywords:
Gesture, ESP8266, accelerometer, snag-identification, drowsiness.
Abstract
Robotics is a demanding technology in the field of science. This proposed system modifies the existing manual work and this system can be used industrial applications as well as mining applications. Most of the times the human life is not taken into consideration. The main objective of this system is designing a wireless gesture controlled smart robot car based on SOC such as ESP8266.The various movements of the hand will be sensed by the accelerometer mounted on the hand of the user. Accelerometer consists of mainly two parts, transmitter part and receiver part. The transmitter will transmit the signal according to the position of accelerometer attached on your hand and the receiver will receive the signal and the microcontroller will make the robot move in respective direction. The advantage of this automated gesture based robot car system over the manual method is that it offers safety and remote interfacing with the robot. The drowsiness detection system is used to detect the drowsiness of the driver. The drowsiness of the driver will enact the snag identification sensors for keeping away from the mischance while pulling over. At that point the robot will cross a sheltered course to the unfilled side of the street. This system is very much useful to make smart industry as well as reduce the human death.
Article Details
Unique Paper ID: 147642

Publication Volume & Issue: Volume 5, Issue 10

Page(s): 42 - 46
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Volume 5 Issue 12

Last Date 25 May 2018


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