The interest in the cognitive phenomena linked to mental imagery and to reasoning with mental images has sparked the development of numerous conceptual and computational models from different scientific backgrounds. These models serve to explain cognitive processes or to improve technical reasoning models. Our aim in this paper is to identify a number of requirements that are essential for any computational model of mental imagery. This stocktaking of requirements is useful for the critical assessment of existing models of mental imagery as well as for improving future models. We assess three prevalent computational imagery models and conclude with an outlook on a next generation of imagery models that will implement the set of requirements
Mental images, or envisioning things with your "mind's eye," are now studied via multiple levels of ...
The mental models subject is presented particularly in the light of Johnson-Laird’s theory. Views fr...
Kaiser A, Schenck W, Möller R. A Model Architecture for Mental Imagery. In: Kokinov B, Karmiloff-Smi...
After many years of neglect, the topic of mental imagery has recently emerged as an active area of r...
Abstract Mental imagery is the human ability to imagine and reason with visuo-spatial information. I...
Many spatial reasoning tasks involve external diagrams and mental images. Successful problem solving...
It is frequently asked whether imagery differs in a fundamental way from other forms of knowledge re...
We present a simple metrical representation and algorithm to explain putative imagery processes und...
The mechanism of human cognition and its computability provide an important theoretical foundation t...
Empirical findings indicate that humans draw infer- ences about spatial arrangements by constructing...
Scientists can reason about natural systems, including the mind and brain, in many ways, with each f...
Computational cognitive models can embody the structures and processes proposed in a cognitive theor...
In this paper, there will be a particular focus on mental models and their application to inductive ...
Human reasoning under uncertainty is conjectured to use Mental Models as a representation format. Ea...
Motivation – Computational models are increasingly used to gain insights into complex phenomena. How...
Mental images, or envisioning things with your "mind's eye," are now studied via multiple levels of ...
The mental models subject is presented particularly in the light of Johnson-Laird’s theory. Views fr...
Kaiser A, Schenck W, Möller R. A Model Architecture for Mental Imagery. In: Kokinov B, Karmiloff-Smi...
After many years of neglect, the topic of mental imagery has recently emerged as an active area of r...
Abstract Mental imagery is the human ability to imagine and reason with visuo-spatial information. I...
Many spatial reasoning tasks involve external diagrams and mental images. Successful problem solving...
It is frequently asked whether imagery differs in a fundamental way from other forms of knowledge re...
We present a simple metrical representation and algorithm to explain putative imagery processes und...
The mechanism of human cognition and its computability provide an important theoretical foundation t...
Empirical findings indicate that humans draw infer- ences about spatial arrangements by constructing...
Scientists can reason about natural systems, including the mind and brain, in many ways, with each f...
Computational cognitive models can embody the structures and processes proposed in a cognitive theor...
In this paper, there will be a particular focus on mental models and their application to inductive ...
Human reasoning under uncertainty is conjectured to use Mental Models as a representation format. Ea...
Motivation – Computational models are increasingly used to gain insights into complex phenomena. How...
Mental images, or envisioning things with your "mind's eye," are now studied via multiple levels of ...
The mental models subject is presented particularly in the light of Johnson-Laird’s theory. Views fr...
Kaiser A, Schenck W, Möller R. A Model Architecture for Mental Imagery. In: Kokinov B, Karmiloff-Smi...