Selective attention comprises essential infrastructural functions supporting cognition—
anticipating, prioritizing, selecting, routing, integrating, and preparing signals to guide …

Temporal context models (TCMs) have been influential in understanding episodic memory
and its neural underpinnings. Recently, TCMs have been extended to explain emotional …

Time is an integral part of all adaptive behavior; we continuously adapt to the dynamic
structure of an ever-changing environment. Recent theoretical approaches have moved from …

Older adults struggle with tasks requiring selective attention amidst distractions.
Experimental observations about age-related decline have relied on visual search designs …

Expectation of a future stimulus increases the preparedness to act once it actually appears
and results in reduced latency of the appropriate motor response. Real world events are …

The temporal regularities in our environments support the proactive dynamic anticipation of
relevant events. In visual attention, one important outstanding question is whether temporal …

Numerous joint action studies have demonstrated that certain low-level aspects (eg, stimuli
and responses) of a co-actor's task can be automatically and implicitly represented by us as …

Human environments comprise plenty of task-irrelevant sensory inputs, which are potentially
distracting. Auditory distractors often possess an inherent temporal structure. However, it is …

A wearable cognitive assistant (WCA) is a computer-based application that guides a user
through a task with input from wearable devices with the aid of computational resources in …

Temporal context models (TCMs) have been influential in understanding episodic memory
and its neural underpinnings. Recently, TCMs have been extended to explain emotional …