A vibration control system comprising: a vibration physical quantity detection sensor which detects a vibration physical quantity of a test object that is vibrated by a vibration generator operated on the basis of a drive waveform; means for calculating a response vibration physical quantity PSD (Power Spectral Density) by subjecting a response vibration physical quantity waveform from the vibration physical quantity detection sensor to the Fourier transform; means for calculating corresponding vibration physical quantity PSD for control of a different dimension, which corresponds to vibration physical quantity PSD for control, on the basis of the response vibration physical quantity PSD and reference vibration physical quantity PSD; means for calculating a non-Gaussian random waveform of the corresponding vibration physical quantity for control by subjecting spectrum data, which is generated from the corresponding vibration physical quantity PSD for control, to the inverse Fourier transform in order to obtain desired non-Gaussian characteristics, and setting the non-Gaussian random waveform of the corresponding vibration physical quantity for control as a corresponding vibration physical quantity waveform for control; means for calculating the drive waveform on the basis of the corresponding vibration physical quantity waveform for control with inverse characteristics of transfer characteristics of a system including a vibration generator and the test object as equalization characteristics; and means for modifying the equalization characteristics on the basis of the drive waveform and the response vibration physical quantity waveform; wherein the vibration physical quantity detection sensor is a sensor that detects any of displacement, a velocity, acceleration, and jerk of vibration, and the vibration physical quantity is any of the displacement, the velocity, the acceleration, and the jerk. a vibration physical quantity detection sensor which detects a vibration physical quantity of a test object that is vibrated by a vibration generator operated on the basis of a drive waveform; means for calculating a response vibration physical quantity PSD (Power Spectral Density) by subjecting a response vibration physical quantity waveform from the vibration physical quantity detection sensor to the Fourier transform; means for calculating corresponding vibration physical quantity PSD for control of a different dimension, which corresponds to vibration physical quantity PSD for control, on the basis of the response vibration physical quantity PSD and reference vibration physical quantity PSD; means for calculating a non-Gaussian random waveform of the corresponding vibration physical quantity for control by subjecting spectrum data, which is generated from the corresponding vibration physical quantity PSD for control, to the inverse Fourier transform in order to obtain desired non-Gaussian characteristics, and setting the non-Gaussian random waveform of the corresponding vibration physical quantity for control as a corresponding vibration physical quantity waveform for control; means for calculating the drive waveform on the basis of the corresponding vibration physical quantity waveform for control with inverse characteristics of transfer characteristics of a system including a vibration generator and the test object as equalization characteristics; and means for modifying the equalization characteristics on the basis of the drive waveform and the response vibration physical quantity waveform; wherein the vibration physical quantity detection sensor is a sensor that detects any of displacement, a velocity, acceleration, and jerk of vibration, and the vibration physical quantity is any of the displacement, the velocity, the acceleration, and the jerk.