Abstract: The Sixth Sense Technology is a method of teaching a machine or a computer to recognise and perceive real-world items and respond appropriately. Sixth Sense technology connects the physical and digital worlds by upbringing the intangible digital data into the real world and which allows us to interact through natural hand gestures. Computer vision, augmented reality, gesture recognition and radio frequency identification are used to implement Sixth Sense Technology. It's a new concept that allows users to connect to the internet without interruption. We can easily access, update, and move data without using a keyboard or mouse. Various technologies have been used to develop new ways for humans and robots to interact. The device is based on the principles of image processing and gestural recognition. Gestures are a popular approach to control the robotic vehicle and improve the interface. The user does not require to make physical touch with the gadget to engage in this interactive technique. It aids in bridging the interactive system's technology gap. The robotic vehicle is controlled in this project by recognising real-time gesture commands from the user, which is accomplished utilising image processing algorithms and embedded approaches.
Keywords: Gesture, Robot, Arduino uno and L239D Motor driver, DC motor, Camera, Laptop, Tracking ball.
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