Virtual Reality Robot

This book presents a "Virtual reality robot" scheme to enhance the user experience with the help of VR headset. The user may feel that as if he is in a real world. This proposed project comprises of ESP8266 microchip which acts as the heart of the robot. The user commands are executed in the real world with the help of this microchip. This scheme comprises of two dc geared motors which are controlled by L298N motor driver that executes the commands received from ESP8266 microchip. The first-person view (FPV) camera is used to capture the live videos or images that are surrounding the robot. The FPV transmitter receives the video signals from the FPV camera and transmits the signals to the FPV receiver. The VR headset comprises of the display which is being connected with the FPV receiver and displays the video in a 3d visions and can also display in 360degree format so that the user can experience as if he is in a real world. By this human interfacing machine there exceeds a wide range of applications like in 3d designing, designing of infrastructures, military training, gaming and in many other aspects.

Autorentext

M.Manikandan, professeur associé, département de génie électrique et électronique à JYOTHISHMATHI INSTITUTE OF TECHNOLOGY AND SCIENCE, KARIMNAGAR, TELANGANA STATE-505481. S.Ashwanth, professeur adjoint, département de génie électrique et électronique ,Velalar College of Engineering and Technology, Erode, Tamilnadu.

Klappentext

This book presents a "Virtual reality robot" scheme to enhance the user experience with the help of VR headset. The user may feel that as if he is in a real world. This proposed project comprises of ESP8266 microchip which acts as the heart of the robot. The user commands are executed in the real world with the help of this microchip. This scheme comprises of two dc geared motors which are controlled by L298N motor driver that executes the commands received from ESP8266 microchip. The first-person view (FPV) camera is used to capture the live videos or images that are surrounding the robot. The FPV transmitter receives the video signals from the FPV camera and transmits the signals to the FPV receiver. The VR headset comprises of the display which is being connected with the FPV receiver and displays the video in a 3d visions and can also display in 360degree format so that the user can experience as if he is in a real world. By this human interfacing machine there exceeds a wide range of applications like in 3d designing, designing of infrastructures, military training, gaming and in many other aspects.