Classical conditioning is a fundamental paradigm in the study of learning and thus in understanding cognitive processes and behaviour, for which we need comprehensive and accurate models. This paper aims at evaluating and comparing a collection of influential computational models of classical conditioning by analysing the models themselves and against one another qualitatively. The results will clarify the state of the art in the area and help develop a standard model of classical conditioning
The aim of this thesis is to create precise computational models of how humans create and use hierar...
We survey the utility and function of mathematical and computational models in cognitive science by ...
This thesis documents the development, operation, and performance of a new nonlinear analog system d...
In the present special issue, the performance of current computational models of classical condition...
Classical conditioning is at the heart of most learning phenomena. It is thus essential that we deve...
The last 50 years have seen the progressive refinement of our understanding of the mechanisms of cla...
We describe computer simulation of a number of associative models of classical conditioning in an at...
“This is an Accepted Manuscript of an article published by Taylor & Francis in Journal of Experiment...
The history of classical conditioning is summarized. The contributions and weaknesses of several ear...
Summary-We do not believe the claim that “evaluative conditioning is a qualitatively distinct form o...
There are many computational models whose broad purpose is to allow an agent to learn via experience...
Halperin's Neuro-Connector model (1990) has been implemented and used to replicate classical conditi...
Over the years, experts have sought varied means of enhancing the learning of motor skills and optim...
In this chapter, we consider computational approaches to understanding learning and teaching. We con...
Classical conditioning has been a fundamental concept and practice throughout the history of psychol...
The aim of this thesis is to create precise computational models of how humans create and use hierar...
We survey the utility and function of mathematical and computational models in cognitive science by ...
This thesis documents the development, operation, and performance of a new nonlinear analog system d...
In the present special issue, the performance of current computational models of classical condition...
Classical conditioning is at the heart of most learning phenomena. It is thus essential that we deve...
The last 50 years have seen the progressive refinement of our understanding of the mechanisms of cla...
We describe computer simulation of a number of associative models of classical conditioning in an at...
“This is an Accepted Manuscript of an article published by Taylor & Francis in Journal of Experiment...
The history of classical conditioning is summarized. The contributions and weaknesses of several ear...
Summary-We do not believe the claim that “evaluative conditioning is a qualitatively distinct form o...
There are many computational models whose broad purpose is to allow an agent to learn via experience...
Halperin's Neuro-Connector model (1990) has been implemented and used to replicate classical conditi...
Over the years, experts have sought varied means of enhancing the learning of motor skills and optim...
In this chapter, we consider computational approaches to understanding learning and teaching. We con...
Classical conditioning has been a fundamental concept and practice throughout the history of psychol...
The aim of this thesis is to create precise computational models of how humans create and use hierar...
We survey the utility and function of mathematical and computational models in cognitive science by ...
This thesis documents the development, operation, and performance of a new nonlinear analog system d...