结构智能选型
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在介绍知识发现的Apriori算法基础上,建立了基于改进Apriori算法的高层结构智能选型知识发现方法,列举了结构智能选型知识发现的实例。
Based on the introduction of Apriori arithmetic in knowledge discovery , the knowledge discovery method in intelligent model selection of high-rise structure based on improved Apriori arithmetic is established . The examples of intelligent structure selection knowledge discovery are listed .
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大跨空间结构智能选型方案生成系统
Scheme generation system for intelligent form selection of large-span spatial structure
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高层结构智能选型知识发现及方法比较
Comparisons among methods of knowledge discovery for high-rise structures intelligent form selection
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基于决策树的高层结构智能选型知识发现
Decision trees based knowledge discovery in databases for high-rise structures intelligent from selection
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大跨空间结构智能选型设计初探
Intelligent selection of long-span spatial structural designs
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基于实例基因库与遗传算法的高层结构智能选型知识发现
Case-gene library and genetic algorithm based knowledge discovery in databases for intelligent form selection of high-rise structures
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其次,明确地指出了高层结构智能选型知识发现的4个主要原因,提出了高层结构实例信息的5个典型特征;
Secondly , by indicating definitely four main reasons for knowledge discovery for high-rise structures intelligent form selection , five representative characteristics of engineering cases for high-rise buildings was put forward .
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上述工作为解决结构智能选型知识获取瓶颈问题及在结构选型过程中充分利用已有工程实例资源等提供了新的手段与方法。
The work showed above can provide a new way and method for fully making use of engineering case library , resolving the ` bottleneck ' of knowledge getting of structural form-selection .
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提出了基于神经识别的实例推理方法,并将其应用于建筑结构智能选型的方案生成阶段,通过对高层建筑结构的实际选型设计证明了本方法的有效性。
Neural computing , pattern recognition and CBR are integrated into a hybrid intelligent design system , to generate a CBR method based on neural pattern recognition . The effectiveness of this method is shown by its application in the design practice of structural form selection of high-rise buildings .
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高层结构方案实例库系统及其在结构智能选型中应用
A case-based system for highrise building structure schemes and its application to structure intelligence form-selection
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介绍了基于实例推理系统的基本结构及其四个关键技术,建造了大跨空间结构智能选型方案生成系统.主要实现了以下功能:实例库的建立和维护;
The basic system structure of case-based reasoning and its four key techniques are firstly presented .