The authors propose in this chapter to use abstract algebra to unify different models of theories of associative learning -- as complementary to current psychological, mathematical and computational models of associative learning phenomena and data. The idea is to compare recent research in associative learning to identify the symmetries of behaviour. This approach, a common practice in Physics and Biology, would help us understand the structure of conditioning as opposed to the study of specific linguistic (either natural or formal) expressions that are inherently incomplete and often contradictory
We present a critical review of computational models of generalization of simple grammar-like rules,...
Book synopsis: The Wiley Handbook on the Cognitive Neuroscience of Learning charts the evolution of ...
It is a widely held assumption that social cognition is wholly the result of natural selection and l...
Social transmission of information is a key phenomenon in the evolution of behaviour and in the esta...
Theories of associative learning have a long history in advancing the psychological account of behav...
I introduce a simple mathematical method to calculate the associative strengths of stimuli in <br>ma...
Associative learning involves the encoding of relationships between events, for example, between two...
We present the main aspects of mathematical models for computational neuroscience, with emphasis on ...
The propositional or rationalist Bayesian approach to learning is contrasted with an interpretation ...
In this chapter, we consider computational approaches to understanding learning and teaching. We con...
this paper was carried out while the first author worked at the AI Department of Labein Laboratories...
“This is an Accepted Manuscript of an article published by Taylor & Francis in Journal of Experiment...
Recent studies (e.g. Yu & Smith, in press; Smith & Yu, submitted) show that both adults and ...
The last 50 years have seen the progressive refinement of our understanding of the mechanisms of cla...
We develop a neural network model of paired-associate learning based upon an auto-associative learni...
We present a critical review of computational models of generalization of simple grammar-like rules,...
Book synopsis: The Wiley Handbook on the Cognitive Neuroscience of Learning charts the evolution of ...
It is a widely held assumption that social cognition is wholly the result of natural selection and l...
Social transmission of information is a key phenomenon in the evolution of behaviour and in the esta...
Theories of associative learning have a long history in advancing the psychological account of behav...
I introduce a simple mathematical method to calculate the associative strengths of stimuli in <br>ma...
Associative learning involves the encoding of relationships between events, for example, between two...
We present the main aspects of mathematical models for computational neuroscience, with emphasis on ...
The propositional or rationalist Bayesian approach to learning is contrasted with an interpretation ...
In this chapter, we consider computational approaches to understanding learning and teaching. We con...
this paper was carried out while the first author worked at the AI Department of Labein Laboratories...
“This is an Accepted Manuscript of an article published by Taylor & Francis in Journal of Experiment...
Recent studies (e.g. Yu & Smith, in press; Smith & Yu, submitted) show that both adults and ...
The last 50 years have seen the progressive refinement of our understanding of the mechanisms of cla...
We develop a neural network model of paired-associate learning based upon an auto-associative learni...
We present a critical review of computational models of generalization of simple grammar-like rules,...
Book synopsis: The Wiley Handbook on the Cognitive Neuroscience of Learning charts the evolution of ...
It is a widely held assumption that social cognition is wholly the result of natural selection and l...