A computerized method (100) for decoding visual evoked potentials is disclosed. The method (100) comprises obtaining (120) a set of brain activity signals, the brain activity signals being recorded from a subject's brain during displaying (110) a set of targets on a display having a display frame duration, at least one target being modulated periodically at a target-specific modulation parameter and decoding (130) a visual evoked potential (VEP) from the brain activity signals. The decoding comprises, at least for the at least one target being modulated at a target-specific modulation parameter, determining (140) a representative time track from the obtained brain activity signals, the representative time track having a length being integer multiples of the display frame duration, analyzing (150) at least one amplitude feature in the representative time track, and determining (160) a most likely target of interest or absence thereof based on said analyzing.
BRAIN-COMPUTER INTERFACES AND USE THEREOF