Electronic circuit control using wireless connection on EEG signals

In this study, a system has been developed to control electronic circuits using EEG (Electroencephalography) signals through wireless connection technology. EEG is a method used to measure the electrical activity in the brain, and these signals can reflect individuals' mental states, emotional conditions, and even motor commands. This study encompasses the process of collecting, processing, and wirelessly transmitting EEG signals to electronic circuits. The primary components of the system include a set of electrodes that collect EEG signals, a microcontroller that analyzes and interprets these signals, and a communication module that wirelessly transmits this data. The collected EEG signals were associated with specific mental states or commands, which were then wirelessly transmitted to the relevant electronic circuit. The electronic circuit performed certain actions based on the received commands. The aim of the study is to provide a new method of communication and control for individuals with physical disabilities. The results demonstrate that EEG signals can be accurately captured and processed, and that this data can be reliably transmitted wirelessly to effectively control electronic circuits. This technology has potential applications in medical rehabilitation, human-machine interfaces, and smart home systems.