The phrase "a function of stimulus regularity" is correct and usable in written English.
It can be used in contexts related to psychology, neuroscience, or any field discussing the effects of consistent stimuli on behavior or perception.
Example: "The participants' responses varied significantly, indicating that their performance was a function of stimulus regularity."
Alternatives: "a result of stimulus consistency" or "an effect of stimulus predictability."
Figure 3 shows significant increases in the regularity of the LFPs, as measured by AC, as a function of stimulus regularity in HG.
Figure 3B shows the increase in the autocorrelation value (ΔAC) of the LFP at a lag of 1/128 s, because of the transition between noise and RIN, as a function of stimulus regularity (as determined by the number of cycles of the delay-and-add algorithm that was used to construct the stimulus [ 2]).
Whereas for a single stimulus, only fast latencies are observed, slow and asynchronous latencies appear after the second stimulus and become more prominent as a function of stimulus number during an AP train.
Direct recording of LFPs reveals a representation of stimulus regularity in the evoked responses and induced gamma responses related to the perception of pitch.
The research suggests that two types of pitch-related activity occur in humans in early auditory cortex: time-locked neural correlates of stimulus regularity and an oscillatory response related to the pitch percept.
This provides further support for the representation of stimulus regularity in neural ensembles in early auditory cortex that can be measured by AC.
The systematic effects of stimulus regularity and rate on the time-locked and induced responses are summarized in Figure 3 and Figure 4.
We first examine the mean stimulus per site as a function of the stimulus drive.
Fig. 5 Rotation numbers as a function of the stimulus strength.
Subject 154 shows AC responses that increase as a function of regularity in the electrodes located in medial and middle HG up to electrode 10.
Time frequency patterns of oscillatory power and phase coherence as a function of pre-stimulus entropy.
