首页> 外文会议>International Conference on Numerical Analysis and Applied Mathematics >Modeling the MagnetoencephaloGram (MEG) Of Epileptic Patients Using Genetic Programming and Minimizing the Derived Models Using Genetic Algorithms
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Modeling the MagnetoencephaloGram (MEG) Of Epileptic Patients Using Genetic Programming and Minimizing the Derived Models Using Genetic Algorithms

机译:使用遗传编程使用遗传编程和最小化遗传算法最小化衍生模型的磁性脑膜图(MEG)

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In this paper, a variation of traditional Genetic Programming(GP) is used to model the MagnetoencephaloGram(MEG) of Epileptic Patients. This variation is Linear Genetic Programming(LGP). LGP is a particular subset of GP wherein computer programs in population are represented as a sequence of instructions from imperative programming language or machine language. The derived models from this method were simplified using genetic algorithms. The proposed method was used to model the MEG signal of epileptic patients using 6 different datasets. Each dataset uses different number of previous values of MEG to predict the next value. The models were tested in datasets different from the ones which were used to produce them and the results were very promising.
机译:在本文中,传统遗传编程(GP)的变异用于模拟癫痫患者的磁性脑图(MEG)。这种变化是线性遗传编程(LGP)。 LGP是GP的特定子集,其中群体中的计算机程序被表示为来自命令语言或机器语言的指令序列。使用该方法的衍生模型使用遗传算法简化。所提出的方法用于使用6个不同的数据集来模拟癫痫患者的MEG信号。每个数据集使用不同数量的meg以预测下一个值。该模型在与用于生产它们的不同的数据集中测试,结果非常有前途。

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