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

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

The overall goal of this target article is to demonstrate a mechanism for an embodied
cognition. The particular vehicle is a much-studied, but still widely debated phenomenon …

In a dynamic environment, moving to the destination safely and effectively is of paramount
importance for an unmanned ground vehicle (UGV). This article presents a strategy of …

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 …

Neuromorphic hardware emulates dynamics of biological neural networks in electronic
circuits offering an alternative to the von Neumann computing architecture that is low-power …

The aim of this chapter is to discuss the question of how dynamic systems theory can be
fruitfully applied to the development of the kind of phenomena and variables that have …

This tutorial presents an architecture for autonomous robots to generate behavior in joint
action tasks. To efficiently interact with another agent in solving a mutual task, a robot should …

The dynamical systems theory is used here as a theoretical language and tool to design a
distributed control architecture that generates navigation in formation, integrated with …

Dynamic Field Theory (DFT) is an established framework for modeling embodied cognition.
In DFT, elementary cognitive functions such as memory formation, formation of grounded …