首页> 外文期刊>Academy of Romanian Scientists. Annals. Series on Engineering Sciences >ANALYSIS DATA SETS USING HYBRID TECHNIQUES APPLIED ARTIFICIAL INTELLIGENCE BASED PRODUCTION SYSTEMS INTEGRATED DESIGN
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ANALYSIS DATA SETS USING HYBRID TECHNIQUES APPLIED ARTIFICIAL INTELLIGENCE BASED PRODUCTION SYSTEMS INTEGRATED DESIGN

机译:使用基于混合智能技术的分析数据集应用于基于人工智能的生产系统集成设计

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The paper proposes a prediction model of behavior spindle from the point ofview of the thermal deformations and the level of the vibrations by highlighting andprocessing the characteristic equations. This is a model analysis for the shaft with similarelectro-mechanical characteristics can be achieved using a hybrid analysis based onartificial intelligence (genetic algorithms - artificial neural networks - fuzzy logic). Thepaper presents a prediction mode obtaining valid range of values for spindles withsimilar characteristics based on measured data sets from a few spindles test withoutadditional measures being required. Extracting polynomial functions of graphs resultingfrom simultaneous measurements and predict the dynamics of the two features with multiobjective criterion is the main advantage of this method.
机译:通过突出和处理特征方程,从热变形和振动水平的角度提出了行为主轴的预测模型。这是具有相似机电特性的轴的模型分析,可以使用基于人工智能的混合分析(遗传算法-人工神经网络-模糊逻辑)来实现。本文提出了一种预测模式,该模式基于来自一些主轴测试的测量数据集获得了具有类似特性的主轴的有效值范围,而无需采取其他措施。该方法的主要优点是提取同时进行测量得到的图形的多项式函数,并用多目标准则预测两个特征的动力学。

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