APS:不完全回忆下的agent学习

D. Dudek, Michal Kubisz, Aleksander Zgrzywa
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引用次数: 3

摘要

我们提出了一种新的增量式统计学习方法,它适用于基于知识的系统,特别是软件代理。该方法基于不完全召回假设,根据该假设,智能体不会存储所有过去的观察结果。然而,它确实保留了关于过去的一般规则,这可能对改进代理的行为有潜在的帮助。在执行过程中,代理将观察结果存储在历史记录中。当系统资源处于空闲状态,且历史数据具有足够的统计意义时,利用数据挖掘技术对存储的事实进行分析,并进行处理。发现的规则与先前的规则库相结合,因此最终的规则集大致相同,就好像它是在整个历史中获得的一样。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
APS: agent's learning with imperfect recall
We present a new method of incremental, statistical learning, which is suitable for knowledge-based systems, especially software agents. The method is based on the imperfect recall assumption, according to which an agent does not store all the past observations. However it does preserve general rules concerning the past, that can be potentially useful for improving agent's action. During its performance an agent stores observations in the history. When system resources are idle and the size of the history is sufficient as for its statistical significance, the stored facts are analysed by means of data mining techniques, and disposed afterwards. The discovered rules are combined with the former rule base, so that the final rule set is approximately the same, as if it was obtained on the whole history.
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