20 research outputs found
Orientational Harmonic Model for Illusory Boundary Formation in Biological Vision
An extension to the Boundary Contour System model is proposed to account for boundary completion through vertices with arbitrary numbers of orientations, in a manner consistent with psychophysical observartions, by way of harmonic resonance in a neural architecture
Conjunctive Chain Modification to the Boundary Contour System Neural Vision Model
The Boundary Contour System neural vision model reproduces perceptual illusory boundary formation by a conjunctive boundary completion process within a large cellular receptive field. The conjunctive chain allows the same kind of conjunction to occur across multiple receptive fields, which allows for sharper, more flexible boundary completion
A Gestalt Bubble Model of Visuosptial Perception
A neural network model is presented to account for the three dimensional perception of visual space by way of an analog Gestalt-like perceptual mechanism
Orientational Harmonic Model for Rotation, Translation, and Scale Invariant Pattern Representation in Biological Vision
An extension to the orientational harmonic model is presented as a rotation, translation, and scale invariant representation of geometrical form in biological vision
XBATTLE: A Dynamic Distributed Model of Generalized Military Conflict
A dynamic distributed model is presented that reproduces the dynamics of a wide range of varied battle scenarios with a general and abstract representation. The model illustrates the rich dynamic behavior that can be achieved from a simple generic model