Sentence examples for perceptual actions from inspiring English sources

We designed a hybrid computational model, composed of a forward model, an inverse model, both implemented as neural networks, and a memory/controller module, that grounds simple mental concepts, such as a triangle and a square, in perceptual actions, and is able to reimagine these objects by performing the necessary perceptual actions in a simulated humanoid robot.

The unique feature of this approach rests in its capacity to admit specifications in the form of meaningful knowledge fragments, to piece those fragments together by logical and probabilistic inferences, and to use those inferences to guide both manipulative and perceptual actions by programmable agents.

We tested the model on three tasks – salience-based object recognition, imagination-based object recognition and object imagination – and achieved very good results showing, as a proof of concept, that perceptual actions are a viable candidate for grounding the visuospatial mental concepts as well as the credible substrate of visuospatial mental imagery.

The main challenge in the interaction design of perceptual action games is to ensure the usability and playability of the game controls.

Handling abstraction more tightly, Yoshi Higa builds perceptual action through spatial ambiguity in a manner that recalls Barnett Newman, while Jack Youngerman's group of small gouaches presents an intelligent investigation of how flat colors and simplified forms can call attention to irregular contours and create a powerful visual force.

This concept implies that the prediction of a perceptual action consequence depends on a forward model of the motor program for the intended action (Blakemore et al., 1998 b ).

Hence, even if the present study indicated the motor effect of the observed action and confirmed a strong link between perceptual and action systems, both automatically and voluntarily, a perfect matching between the perceived movement and the observer's motor performance is not possible, even for a simple arm pointing task.

In his version of the theory, information becomes conscious when certain "workspace" neurons broadcast it to many areas of the brain at once, making it simultaneously available for, say, language, memory, perceptual categorization, action-planning, and so on.

In order to remedy the aforementioned difficulties, an adaptive categorization mechanism is introduced in ART networks for perceptual and action patterns categorization in this paper.

Critically, if an object is processed, all of its features – perceptual and action-related in nature – are activated.

The key idea was to set up second-order parameters that acted on the first-order modules of perception, belief and desire, thus regulating or disrupting the operation of perceptual and action programs.