In the recent literature on neuroscientific timing, several terms and classifications have been proposed to define timing function. A distinction has been made between motor timing and time perception (Fuster, 1990), and, as pointed out by Rubia and Smith (2004), the term cognitive time management can be used when we generalise to include both. Time perception refers to the more passive and perceptive aspects of cognitive time management, for example, perceiving temporal intervals and estimating temporal delays. Motor timing refers to the timing of behavioral output, that is, the temporal organization of motor or cognitive acts. Experimental paradigms of motor timing comprise tasks of finger tapping, rhythm production, rhythmic finger movements, sensorimotor synchronisation. Time ranges used with these methods go from milliseconds up to minutes. Time estimation has been measured in tasks of temporal estimation, involving intervals from milliseconds to minutes or even hours. Other methods include temporal production or reproduction tasks, in which subjects are told to (re)produce a given time interval, and time or rhythm discrimination tasks, in which two different temporal intervals need to be discriminated (Rubia and Smith, 2004).