0 a mixture of sounds or electrical signals that consists of all the sounds or signals in a large range --
Consider, for example, the classic signal detection problem of discriminating a known signal in the presence of white noise.
Representative correlograms obtained with white noise stimulation are shown surrounding the receptive field plots.
For white noise analysis, the stimuli were the same ternary random-number sequences as those used for neurons.
Under the baseline condition, each subject was required to press the button after listening to each presentation of the white noise stimulus.
Several methods for obtaining a gradual change towards static white noise are presented.
The above theorem asserts that the frequency locking persists under a white noise which could be very large.
The critical assumption needed to identify an undersampled system is that at least one of the exogenous time series is white noise.
The structural shocks are generally assumed to be uncorrelated white noise processes.
