Disclosed is a real-time music terminal interaction system based on a brain wave wireless headset. A headset body is connected to a music terminal by means of a wireless network. A first information extraction module filters and optimizes brain wave signals received by same, compares the brain wave signals with a first database, judges whether the first database has characters corresponding to the brain wave signals, extracts, if so, the characters, combines the extracted characters into a character signal in a corresponding order, and then sends the character signal to a second information extraction module by means of a first wireless communication module and a second wireless communication module. The second information extraction module compares and matches the character signal received by same with a second database, judges whether the second database has an event corresponding to the character signal, and sends, if so, same to an event execution module. The event execution module carries out, according to an event execution command, a corresponding control action at the music terminal.
REAL-TIME MUSIC TERMINAL INTERACTION SYSTEM BASED ON BRAIN WAVE WIRELESS HEADSET