Cognitive models are often used to predict the average performance of a population. For many purposes, however, generating predictions of individual performance is crucial. We propose a methodology in which the ACT-R architecture is extended, through the setting of architectural parameters that represent individual differences, into a model of individual behavior. This approach can provide a vast range of predictive and diagnostic capabilities from a modest initial investment of resources.</p
The parameters governing our behavior are in constant flux. Accurately capturing these dynamics in c...
Traditional psychometric theory and practice classify people according to broad ability dimensions b...
There exists a diverse variety of human behavior models, spanning multiple disciplines, each address...
Simulating the effects of behavior moderators within a cognitive architecture is essential for bui...
A key challenge in creating simulated human agents is to produce sufficiently realistic behavior. A ...
Many evaluations of cognitive models rely on data that have been averaged or aggregated across all e...
Over the decades, computational models of human cognition have advanced from programs that produce o...
We present a human performance model of operator control of a simplified air traffic control task de...
Cognitive modeling has evolved into a powerful tool for understanding and predicting user behavior. ...
Individual differences in skill acquisition are influenced by several architectural factors. Accordi...
Dynamic Stock Flow (DSF) problems are a well-established paradigm for research on human decision mak...
This Final Year Project concerns itself with ACT-R (Adaptive Character of Thought – Rational), which...
Many evaluations of cognitive models rely on data that have been averaged or aggregated across all e...
In this study, we use cognitive models to investigate how humans develop preferences for specific st...
Several studies have suggested recently that a more dynamic conflict resolution mechanism in the ACT...
The parameters governing our behavior are in constant flux. Accurately capturing these dynamics in c...
Traditional psychometric theory and practice classify people according to broad ability dimensions b...
There exists a diverse variety of human behavior models, spanning multiple disciplines, each address...
Simulating the effects of behavior moderators within a cognitive architecture is essential for bui...
A key challenge in creating simulated human agents is to produce sufficiently realistic behavior. A ...
Many evaluations of cognitive models rely on data that have been averaged or aggregated across all e...
Over the decades, computational models of human cognition have advanced from programs that produce o...
We present a human performance model of operator control of a simplified air traffic control task de...
Cognitive modeling has evolved into a powerful tool for understanding and predicting user behavior. ...
Individual differences in skill acquisition are influenced by several architectural factors. Accordi...
Dynamic Stock Flow (DSF) problems are a well-established paradigm for research on human decision mak...
This Final Year Project concerns itself with ACT-R (Adaptive Character of Thought – Rational), which...
Many evaluations of cognitive models rely on data that have been averaged or aggregated across all e...
In this study, we use cognitive models to investigate how humans develop preferences for specific st...
Several studies have suggested recently that a more dynamic conflict resolution mechanism in the ACT...
The parameters governing our behavior are in constant flux. Accurately capturing these dynamics in c...
Traditional psychometric theory and practice classify people according to broad ability dimensions b...
There exists a diverse variety of human behavior models, spanning multiple disciplines, each address...