Gesture and Voice Controlled Robot for Industrial Applications

The subject of this study is a robot that can be controlled via hand gestures and vocal instructions. The robots can now be controlled via speech and gestures, despite the fact that they were previously operated manually. This gesture and speech recognition technology is defined by the interaction of the computer with human body language. To build voice and gesture recognizer using speech and image processing along with machine leaning models such that accuracy of the recognition is increased was primary goal. The project's primary purpose is to develop a robotic vehicle using Arduino and to control the vehicle using voice and gesture-based information. Further to improve the robot's overall security while also simplifying the control mechanism. The robot can perform various operations such as start/stop, left/right, forward/backward movement. Also, many industries are working on programming and operating robots using gestures and speech for various applications, such as industrial uses (assembly robots), transportation (mobile robots), and household usage (cleaning robots).