这里重点研究了遗传程序设计方法在故障诊断领域中的应用，以推动和实现智能诊断。
This paper mainly studies the application of Genetic Programming in fault diagnosis field in order to drive and realize intelligent diagnosis.
将遗传程序设计方法应用到分类规则的挖掘上，利用具有分层结构的两类别分类问题的分类器解决多类别的分类问题。
Genetic Programming is applied to mining classification rules, it can effectively solve multiclass classification by several two-class classifiers using structural hierarchy.
采用基于遗传程序设计方法实现函数自动建模无需预先确立经验模型，只需指定样本数据和精度要求即可获得回归表达式。
The method based on genetic programming to automatic model the function need not to estimate empirical formulas, only need the sample data and accuracy.
通过实例验证，说明所提出的改进方法是有效可行的，对提高遗传程序设计的收敛性能有显著的作用。
The example given in this paper shows that this method is valid and reasonable, and it has outstanding affect on improving the convergence specific property of genetic programming.
方法利用遗传程序设计来实现复杂函数的自动建模。
Methods Applying Genetic Programming to the automatic modeling of complex functions.
方法利用遗传程序设计来实现复杂函数的自动建模。
Methods Applying Genetic Programming to the automatic modeling of complex functions.
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