Automatic data mining by asynchronous parallel evolutionary algorithms

Yan Li, Zhuo Kang, Hanping Gao
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引用次数: 8

Abstract

How to discover high-level knowledge modeled by complicated functions, ordinary differential equations and difference equations in databases automatically is a very important and difficult task in KDD research. In this paper, high-level knowledge modeled by ordinary differential equations (ODEs) is discovered in dynamic data automatically by an asynchronous parallel evolutionary modeling algorithm (APHEMA). A numerical example is used to demonstrate the potential of APEA. The results show that the dynamic models discovered automatically in dynamic data by computer sometimes can compare with the models discovered by human.
基于异步并行进化算法的自动数据挖掘
如何在数据库中自动发现由复杂函数、常微分方程和差分方程建模的高级知识,是知识发现研究中的一个重要而又困难的课题。本文采用异步并行进化建模算法(APHEMA)在动态数据中自动发现由常微分方程(ode)建模的高级知识。通过数值算例说明了APEA的潜力。结果表明,计算机在动态数据中自动发现的动态模型有时可以与人工发现的模型相比较。
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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