The invention discloses a method for estimating a system response of an individual listener's brain to a sound signal stimulus, wherein a first sound signal containing the sound signal stimulus is presented to the ear of the listener, wherein a first audio signal corresponding to the first sound signal is generated, and first audio signal data is extracted from the first audio signal, wherein using a first measuring electrode at said given measuring point on the listener's head, a first electroencephalography training signal is measured while the first sound signal containing the sound signal stimulus impinges on said ear of the listener, and a first measurement data set is generated from the first electroencephalography training signal, wherein using a noise measuring electrode at a noise measuring point on the listener's head, a noise signal is measured while the first sound signal impinges on said ear of the listener, and a noise data set is generated from the noise signal, wherein a Gaussian conditional probability density function for the system response of the listener's brain to said first audio signal data, given the observation of the first measurement data set, is derived from the first measurement data set and the noise data set.
A METHOD FOR ESTIMATING A SYSTEM RESPONSE OF AN INDIVIDUAL LISTENER'S BRAIN TO A SOUND SIGNAL STIMULUS