Wireless Portable Bot Car Controlled by Brain Signals

This research work presents the implementation of a wireless, portable bot car controlled by brain signals. This pioneering approach integrates advanced neurotechnology with the Internet of Things (IoT) and wireless technology. The proposed prototype features effective wireless connectivity, ensuring seamless communication between the brain-computer interface (BCI) and the bot car. Efficient real-time data analysis is achieved through thresholding techniques, enabling rapid and accurate interpretation of brain signals. The incorporation of hysteresis significantly reduces the risk of accidental interruptions caused by unstable sampling, thereby improving the reliability and robustness of the portable bot car. The dynamic interplay of brain signals within this designed framework holds significant potential across multiple industries, including healthcare, assistive technologies, entertainment, and automotive sectors. The user-friendly interface ensures the prototype is accessible and easy to operate, highlighting its practicality and efficiency as an IoT/embedded system-based solution. The project underscores the transformative impact of combining brain signal processing with wireless technology, paving the way for sustainable automotive and healthcare solutions with potential future applications in the field of Brain-Computer Interfaces.