PERFORMANCE ANALYSIS OF GESTURE CONTROLLED ROBOTIC CAR

Mohit Agarwal, Darshankumar Dalwadi, Mukesh Chheta, Aliraza Hasan

Abstract: “ROBOT” is any automatically operated machine or a device that reduces human effort, though it may not look much like a human being or function in a humanlike manner. Advanced, high-performance robots are used today in automobile manufacturing and aircraft assembly, and electronics firms use robotic devices together with other computerized instruments to sort or test finished products. Due to the demand of intelligent systems in every field of technology, automated systems are preferred much for the betterment of the society.The main objective of designing this robo car is to make the world work with more comfort and more easier way with the way they use today ,as in the recent era there were too many research in the field of robotics and communication has happened ,so we tried to focus both robotics as by designing a small robocar and controlling over RF frequency wirelessly for communication as the ease of access is our main priority we tried to focus also the comfort ability and design a gesture based robotic car. This car not only detects the motion of a human hand but also reacts according to the gesture, the main purpose of the bot is to make the world work with more ease or where the work of precision or accuracy is needed it can also be used for the spying and for the field observation or in the industries where the work precision is made with the use of human hand but it’s not comfortable due to hazardous object, we can have example of industries where furnace temperature or a pressure is controlled through the accuracy of a knob controlled with human hand but working beside the boiler or a furnace is always a risk task hence it is not possible so can be operated through gesture at a distance and operated can operate knob by simply sitting in the cabin and through gesture of the handjust like virtually adjusting the knob or the control of the robotic car.

Keywords: Gesture Based Robotic Car, Robotic Car, Robocar

DOI: https://doi.org/10.15623/ijret.2016.0502029