Sentence examples for noise subjects from inspiring English sources

Subjects who were annoyed performed less well (i.e., produced more errors compared to the "no noise" group) and "not annoyed" subjects showed a speed-accuracy trade-off (i.e., reacted faster but made more errors compared to "no noise" subjects).

Using probe intensity values that were classified as above background noise, subjects were removed if their mean intensities were outside 3 standard deviations, or the proportion of probes expressed was less than 3 standard deviations.

A problem of H∞-disturbance attenuation for uncertain discrete-time stochastic processes under Markovian switching and random diffusion (noise) subject to norm bounded parameter uncertainties is considered.

We minimized the peak variance of the cross-correlation output in the presence of input nonzero-mean noise, subject to the constraints on the cross-correlation peak as well as the deterministic mean of the noise.

Habituation to noise among subjects with differing noise sensitivity was studied in a two-week experiment.

Although no music was played during the noise segments, subjects reported an illusory music perception which was stronger for familiar songs compared to unfamiliar songs.

In particular, if the physiological and measurement noise across subjects or groups is random and of comparable magnitudes, we would expect both of these models to perform equally.

The effects of room acoustic design on subjective distraction were stronger among noise-sensitive subjects, suggesting that they benefited more from acoustic improvements than non-sensitive subjects.

This paper deals with networked control systems comprising LTI plants controlled over scalar additive noise channels subject to signal-to-noise ratio (SNR) constraints.

Conversely, the spatial statistics of the noise are subject to rapid and abrupt changes due to sudden movement and rotation of the user's head.

In this paper, the problem of fault detection for discrete-time Lipschitz nonlinear systems with additive white Gaussian noise channels subject to signal-to-noise ratio constraints is investigated.