Sentence examples for explicit timing from inspiring English sources

These labels highlight the crucial distinction between processes engaged in tasks for which the goal is to provide an overt estimate of elapsed time (explicit timing) as opposed to tasks in which the goal is non-temporal but can, nevertheless, be facilitated by an (apparently incidental) temporal context (implicit timing).

Moreover, variability increased with increasing duration during both tasks, consistent with a scalar representation of time in both predictive and explicit timing.

Clever task designs used in some of these studies collectively provide evidence that both tonic and phasic firing responses represent trace holding, temporal expectation, and explicit timing.

In this paper, we are interested in online optimization of security-sensitive storage applications over modern NVM-based embedded systems, whose workloads are unpredictable but have explicit timing constraint and certain security constraint.

The formation of such temporal associations depends on neural representations of three types of information: what has been presented (trace holding), what will follow (temporal expectation), and when the following event will occur (explicit timing).

Results showed that performance for predictive, as well as explicit, timing conformed to both psychophysical properties of interval timing.

Explicit perceptual timing was measured through a classic temporal generalization task, in which sensory inputs were timed in order to determine whether or not they were of equal duration.

We investigated whether performance in both explicit and predictive timing tasks conformed to the two psychophysical properties of scalar timing: the Psychophysical law and Weber's law.

In this paper, we ask whether performance in explicit and implicit timing show conformity to both psychophysical relationships specified by scalar timing: the Psychophysical law [33] [35] and Weber's law.

The characteristics, but not scalp distribution, of slow brain potentials were the same for explicit and implicit timing showing that the two tasks relied on qualitatively similar timing mechanisms even if implemented in distinct neural substrates.

Whether explicit and implicit timing share the same representation of time is still a matter of debate.