Provided are a brain wave measurement system, a brain wave measurement method, a program, and a non-transitory recording medium in which it is possible to suppress a reduction in the precision of brain wave measurement. This brain wave measurement system (10) comprises an acquisition unit (211), a memory (22), an input unit (216), and a processing unit (215). The acquisition unit (211) acquires brain wave information showing brain waves obtained by an electrode part (11) disposed in a measurement location, which is on a portion of the head (52) of a subject (5). The memory (22) stores a plurality of the brain wave information acquired by the acquisition unit (211). The input unit (216) receives, from an operation unit (24), a designation signal that designates one or more pieces of the brain wave information from among the plurality of brain wave information stored in the memory (22). The processing unit (215) executes a calibration process for determining a parameter for use in analyzing the brain wave information on the basis of the one or more pieces of brain wave information designated by the designation signal.
BRAIN WAVE MEASUREMENT SYSTEM, BRAIN WAVE MEASUREMENT METHOD, PROGRAM, AND NON-TRANSITORY RECORDING MEDIUM