artificial intelligence technology 在 金属学及金属工艺 分类中 的翻译结

  本文关键词：人工智能技术在板形控制中的应用，由笔耕文化传播整理发布。

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    Application of artificial intelligence technology to forming of materials

    人工智能技术在材料成形中应用的进展

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    The application of artificial intelligence technology in computer numerical control system

    人工智能技术在数控系统中的应用研究

短句来源

    Application of Artificial Intelligence Technology on Roller Design

    人工智能技术在轧辊设计中的应用

短句来源

    Application of Artificial intelligence Technology in the Shape Control

    人工智能技术在板形控制中的应用

短句来源

    This dissertation studies on an intelligent database system of welding procedures (WPIDBS), which is based on artificial intelligence technology by introducing ES tool to database management system (DBMS).

    根据焊接工艺计算机一体化管理的需求，，本文在分析已有焊接工艺专家系统和焊接工艺数据库系统现状的基础上，结合焊接工艺的技术特点，在数据库管理系统中引入专家系统工具，设计了基于人工智能技术的焊接工艺智能数据库系统(WPIDBS)。

短句来源

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    Application of artificial intelligence technology to forming of materials

    人工智能技术在材料成形中应用的进展

短句来源

    The application of artificial intelligence technology in computer numerical control system

    人工智能技术在数控系统中的应用研究

短句来源

    Application of Artificial Intelligence Technology on Roller Design

    人工智能技术在轧辊设计中的应用

短句来源

    Application of Artificial intelligence Technology in the Shape Control

    人工智能技术在板形控制中的应用

短句来源

    This dissertation studies on an intelligent database system of welding procedures (WPIDBS), which is based on artificial intelligence technology by introducing ES tool to database management system (DBMS).

    根据焊接工艺计算机一体化管理的需求，本文在分析已有焊接工艺专家系统和焊接工艺数据库系统现状的基础上，结合焊接工艺的技术特点，在数据库管理系统中引入专家系统工具，设计了基于人工智能技术的焊接工艺智能数据库系统(WPIDBS)。

短句来源

更多       

    This paper summarizes advanced technology and methods adopted to improve accuracy of strip thickness. Particularly artificial intelligence technology,such as neural networks,fuzzy control and so on,provide a new method and promote further improvement of thickness accuracy.

    综述了目前在提高厚度精度方面所采用的新技术、新方法，尤其是神经网络、模糊控制等人工智能新技术在厚度设定方面的应用，为热轧带钢精轧机组厚度设定模型的研究提供了全新的方法，促进了现场厚度控制精度进一步提高。

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  artificial intelligence technology

The first phase of the Intelligent Labelling Explorer project has built the ILEX-1.1 system, which uses artificial intelligence technology to generate descriptions of objects displayed in a museum gallery.

Various researchers have applied artificial intelligence technology in the form of export systems to the process of database design.

Characterising Artificial Intelligence technology for international transfer

It is argued that Artificial Intelligence technology, if properly used, could contribute substantially to coping with some of the major problems the world faces because of the highly complex interconnectivity of modern human society.

According to the principle, "The failure data is the basis of software reliability analysis", we built a software reliability expert system (SRES) by adopting the artificial intelligence technology.

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This paper summarizes advanced technology and methods adopted to improve accuracy of strip thickness. Particularly artificial intelligence technology,such as neural networks,fuzzy control and so on,provide a new method and promote further improvement of thickness accuracy.

综述了目前在提高厚度精度方面所采用的新技术、新方法，尤其是神经网络、模糊控制等人工智能新技术在厚度设定方面的应用，为热轧带钢精轧机组厚度设定模型的研究提供了全新的方法，促进了现场厚度控制精度进一步提高。

The article describes the applying of artificial intelligence theory in detail. Because of complicated production system in foundry. normal control theories can not very effectively control production process. It is put forward that foundry industry must widely and deeply apply artificial intelligence technology to improve production quality and economy profit at present and in the future.

本文对人工智能在铸造业中的应用进行了详细论述。由于铸造生产过程中许多工况都是极其复杂的系统，所以采用常规的控制理论往往不能很好的控制生产过程．因此提出了铸造业现在和将来的发展都必须广泛应用人工智能控制技术．以进一步提高铸造生产质量和经济效益。

According to the characteristics of the layout of progressive dies and the study of artificial intelligence technology applied in the field of engineering, a mixed CBR knowledge and regularity knowledge was put forward for the layout of progressive dies. The strategy can be inferred through case of based on combination principle, namely.

针对级进模排样的特点以及人工智能技术在工程领域应用的研究 ,提出了适用于级进模排样的基于事例知识和规则知识的混合推理策略 ,该策略既可以通过基于组合原理的分层次事例推理 ,即通过对现有事例的工艺进行层次化分割、组合的变异设计来获取当前零件的完整工艺 ,也可以根据工艺规则进行创成设计。详细介绍了组合原理以及基于组合原理思想的层次化事例推理方法并给出了模型框架图

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  本文关键词：人工智能技术在板形控制中的应用，由笔耕文化传播整理发布。