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Research on Aluminum Electrolytic Multi-fault Diagnosis Method Based on Immune Genetic Algorithm

机译:基于免疫遗传算法的铝电解多故障诊断方法研究

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As for a wide variety of faults that happen frequently during the aluminum electrolysis process, a new method of multi-fault diagnosis method using neural network based on immune genetic algorithm (IGA) is proposed. IGA has the abilities of searching for global optima and better convergence. By applying these abilities and the diagnosis characteristics of the aluminum electrolysis process, the study builds the layered fault diagnosis model structure . The results of simulations show that this model is of the better ability of convergent on whole solution space and the capacity of fast learning than that of the traditional fault diagnosis model, therefore, the method worths applying widely.
机译:关于在铝电解过程中经常发生的各种故障,提出了一种基于免疫遗传算法(IGA)的神经网络的多故障诊断方法的新方法。 IGA具有寻找全球最佳和更好收敛的能力。通过应用这些能力和铝电解过程的诊断特性,该研究建立了层状故障诊断模型结构。仿真结果表明,该模型在整个解决方案空间上的收敛能力更好,而且快速学习的能力比传统的故障诊断模型的能力,因此,该方法值得广泛应用。

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