A new theoretical framework, executive-process interactive control (EPIC), is introduced for
characterizing human performance of concurrent perceptual-motor and cognitive tasks. On …

Although interhemispheric interaction via the callosum is most often conceived as a
mechanism for transferring sensory information and coordinating processing between the …

Further simulations of human multiple-task performance have been conducted with
computational models that are based on the executive-process interactive control (EPIC) …

We obtained midsagittal measures of the corpus callosum in 60 healthy young adults (right-
handed and left-handed males and females), and examined whether individual differences …

Three experiments were designed to examine whether task complexity determines the
degree to which a division of processing across the hemispheres (ie, across-hemisphere …

Recent views of cerebral laterality suggest that both hemispheres contribute to the
performance of most cognitive tasks. This would appear to require regulatory mechanisms to …

The mechanisms underlying interhemispheric integration (IHI) remain poorly understood,
particularly for lateralized cognitive processes. To test competing theories of IHI, we …

Persistent controversies about human multiple-task performance suggest that research on it
will benefit from increased use of precise computational models. Toward this objective, the …

Several structural imaging studies have revealed atrophy in regions of the corpus callosum
due to normal aging. We examined the performance of young and senior adults on 2 …

Resting-state functional magnetic resonance imaging (fMRI) has provided a novel approach
for examining interhemispheric interaction, demonstrating a high degree of functional …