Our ability to move is central to everyday life. Investigating the neural control of movement in
general, and the cortical control of volitional arm movements in particular, has been a major …

Connectionist and dynamical systems approaches explain human thought, language and
behavior in terms of the emergent consequences of a large number of simple noncognitive …

The motor cortices are active during both movement and movement preparation. A common
assumption is that preparatory activity constitutes a subthreshold form of movement activity …

A theoretical framework for understanding movement preparation is proposed. Movement
parameters are represented by activation fields, distributions of activation defined over …

<? Pub Dtl=""?> We describe a cognitive architecture learning intelligent distribution agent
(LIDA) that affords attention, action selection and human-like learning intended for use in …

Using the concepts of chaotic dynamical systems, we present an interpretation of dynamic
neural activity found in cortical and subcortical areas. The discovery of chaotic itinerancy in …

The dynamic field theory predicts that biases toward remembered locations depend on the
separation between targets, and the spatial precision of interactions in working memory that …

We describe the relationship between the dynamic systems approach to development and a
recent approach to the dynamics of representational states–the dynamic field approach …

Efficient visually guided behavior depends on the ability to form, retain, and compare visual
representations for objects that may be separated in space and time. This ability relies on a …

Outside the laboratory, human movement typically involves redundant effector systems. How
the nervous system selects among the task-equivalent solutions may provide insights into …