There have been numerous studies conducted on time perception. However, very few of
these have involved tactile stimuli to assess a subject's capacity for duration discrimination …

Vibrotactile discrimination tasks involve perceptual judgements on stimulus pairs separated
by a brief interstimulus interval (ISI). Despite their apparent simplicity, decision making …

It is known that the perceived duration of visual stimuli is strongly influenced by speed: faster
moving stimuli appear to last longer. To test whether this is a general property of sensory …

The growing use of vibrotactile signaling devices makes it important to understand the
perceptual limits on vibrotactile information processing. To promote that understanding, we …

In this study, we investigated the changes in perceptual metrics of amplitude discrimination
that were observed in ten healthy human subjects with increasing intensities of stimulation …

Using functional MRI we examined the task-dependency of brain activation patterns evoked
by vibrotactile stimulation. For this purpose, we measured activations after identical …

Decision making frequently depends on monitoring the duration of sensory events. To
determine whether, and how, the perception of elapsed time derives from the neuronal …

Important characteristics of the environment can be represented in the temporal pattern of
sensory stimulation. In two experiments, we compared accuracy of temporal processing by …

Detecting and discriminating sensory stimuli are fundamental functions of the nervous
system. Electrophysiological and lesion studies suggest that macaque primary …

Time is embedded in many aspects of our sensory experience; sensory events unfold in time
and often acquire particular meaning because of their specific temporal structure. The speed …