On the XCS classifier system, an ideal assumption in the latest XCS learning theory means that it is impossible for XCS to distinguish accurate rules from any other rules with 100% success rate in practical use. This paper presents a preliminary work to remove this assumption. Furthermore, it reveals a dilemma in setting a crucial XCS parameter. That is, to guarantee 100% success rate, the learning rate should be greater than 0.5. However, a rule fitness updated with such a high learning rate would not converge to its true value so rule discovery would not act properly.</p
The issue of rule generalization has received a great deal of attention in the discrete-valued learn...
A Learning Classifier System has been developed based on industrial experience. Termed iLCS, the met...
Wilson's recent XCS classifier system forms complete mappings of the payoff environment in the ...
Most versions of the XCS Classifier System have been designed to evolve only two rules for each rule...
XCS is the most popular type of Learning Classifier System, but setting optimum parameter values is ...
Evolutionary computation has brought great progress to rule-based learning but this progress is ofte...
The XCS classifier system has been successfully applied to various problem domains including datamin...
In XCS classifier fitness is measured as the relative accuracy of classifier prediction. A classifie...
The XCS classifier system represents a major advance in learning classifier systems research because...
The main goal of the research direction is to extract building blocks of knowledge from a problem do...
XCS is a new kind of learning classifier system that differs from the traditional one primarily in i...
Takes initial steps toward a theory of generalization and learning in the learning classifier system...
It has been shown empirically that the XCS classifier system solves typical classification problems ...
Summary. This chapter investigates the capabilities of XCS for mining imbalanced datasets. Initial e...
Learning classifier systems (LCSs), an established evolutionary computation technique, are over 30 y...
The issue of rule generalization has received a great deal of attention in the discrete-valued learn...
A Learning Classifier System has been developed based on industrial experience. Termed iLCS, the met...
Wilson's recent XCS classifier system forms complete mappings of the payoff environment in the ...
Most versions of the XCS Classifier System have been designed to evolve only two rules for each rule...
XCS is the most popular type of Learning Classifier System, but setting optimum parameter values is ...
Evolutionary computation has brought great progress to rule-based learning but this progress is ofte...
The XCS classifier system has been successfully applied to various problem domains including datamin...
In XCS classifier fitness is measured as the relative accuracy of classifier prediction. A classifie...
The XCS classifier system represents a major advance in learning classifier systems research because...
The main goal of the research direction is to extract building blocks of knowledge from a problem do...
XCS is a new kind of learning classifier system that differs from the traditional one primarily in i...
Takes initial steps toward a theory of generalization and learning in the learning classifier system...
It has been shown empirically that the XCS classifier system solves typical classification problems ...
Summary. This chapter investigates the capabilities of XCS for mining imbalanced datasets. Initial e...
Learning classifier systems (LCSs), an established evolutionary computation technique, are over 30 y...
The issue of rule generalization has received a great deal of attention in the discrete-valued learn...
A Learning Classifier System has been developed based on industrial experience. Termed iLCS, the met...
Wilson's recent XCS classifier system forms complete mappings of the payoff environment in the ...