Abstract :
Major thrusts combining neuroscience, sensor chip design, and software development have already shown remarkable advancement, regardless of many uncertainties and challenges. Brain?computer interface (BCI) headsets, which are injecting new break points in games and entertainment, deliver desirable special effects, aiding wellness training and rehabilitation. This article summarizes the brain signal processing algorithmic approach in achieving the level of interpretability of brain signals to date. The emergence of imprecise brainwave headsets in the commercial world is illustrated. Current tools for research and future development are discussed, with a recommendation to standardize the brain signal databank, anticipating its reach to big data.
Keywords :
brain-computer interfaces; medical signal processing; BCI headsets; big data; brain signal databank; brain signal interpretability; brain signal processing algorithmic approach; brain-computer interface headsets; brainwave headsets; neuroscience; sensor chip design; software development; Big data; Brain models; Brain-computer interfaces; Games; Headphones; Signal processing algorithms; Software development;