Reusable knowledge by linkage-classifier in Accuracy-based Learning Classifier System

Kotaro Usui, Masaya Nakata, K. Takadama
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引用次数: 0

Abstract

Accuracy-based Learning Classifier System (XCS) can learn correct classifiers in a given environment, but they may not be reusable even in small environmental changes. To tackle this problem, this paper propose a new XCS, XCS with the linkage-classifier (XCSL), which can create reusable knowledge as a linkage of useful classifiers for a changed environment. The linkage-classifier represents the executed order of the classifiers, and is a set of classifiers which each must be reused as a sequence of actions to reach a goal of task. The intensive experiments on a benchmark sequential decision task have revealed that, XCSL performs as well as the conventional LCSs (Learning Classifier Systems) in the environments without any changes, while XCSL performs with fewer iterations than the conventional ones in the environments with some change.
基于精度的学习分类器系统中链接分类器的可重用知识
基于准确性的学习分类器系统(XCS)可以在给定的环境中学习正确的分类器,但即使在很小的环境变化中,它们也可能无法重用。为了解决这个问题,本文提出了一种新的XCS, XCS与链接分类器(XCSL),它可以为变化的环境创建可重用的知识作为有用分类器的链接。链接分类器表示分类器的执行顺序,是一组分类器,每个分类器都必须作为一系列操作来重用,以达到任务目标。在一个基准序列决策任务上的大量实验表明,在没有任何变化的环境中,XCSL的性能与传统的lcs(学习分类器系统)一样好,而在有一些变化的环境中,XCSL的迭代次数比传统的lcs要少。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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