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nonlinearity science
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  非线性科学
     The level dividing and integral discussion for the structure optimization are made from a new angle. A conclusion that the structure optimization is a generalized synthetical subject concerned in operational research,nonlinearity science,civil engineering and intelligent science,which has development potentiality.
     从一个新的角度对结构优化问题进行了层次划分和整体性的论述 ,得到的结论是 :现代“结构优化”是一门涉及运筹学、非线性科学、土木工程理论、智能科学等多学科的概括性综合学科 ,具有理论和应用价值 ,是有发展潜力的研究方向 .
短句来源
     Based upon the closely related theories surveyed: such as chaos, differential dynamical systems and ergodic theory in the nonlinearity science, the achievements, theoretical meaning and practical value of the generalized steady-state optimizing control of industrial processes, and the further research directions are provided.
     介绍了与之密切相关的非线性科学中的混沌、微分动力学系统以及遍历论等理论,综述了工业过程的广义稳态优化控制的研究成果、理论意义和实用价值及其发展方向.
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  “nonlinearity science”译为未确定词的双语例句
     Wavelet analysis is a perfect fruit of functional analysis、 Fourier analysis、 spline analysis、 harmonic analysis and numerical analysis. It has an application in signal processing, image processing, speech analysis, pattern recognition, quanta physics and many nonlinearity science field, and has a lot of applicable fruits of wavelet analysis in signal detection, feature abstraction, abort diagnosis and orientation, data compact, etc.
     小波分析是泛函分析、Fourier分析、样条分析、调和分析、数值分析的完美结晶,在信号处理、图像处理、语音分析、模式识别、量子物理及众多非线性科学领域得到了应用,在信号检测、特征提取、故障诊断和定位、数据压缩等方面都能看到小波分析的应用成果。
短句来源
  相似匹配句对
     On Nonlinearity
     驱散“非线性”的迷雾
短句来源
     science.
     science.
短句来源
     SCIENCE
     科学
短句来源
     From Linearity to Nonlinearity——the developing course of science
     从线性到非线性——科学发展的历程
短句来源
     Nonlinearity compensation.
     非线性补偿问题。
短句来源
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The structure optimization's concept,content,method,level,optimization policy,existence problem and developing trend are summarized.The level dividing and integral discussion for the structure optimization are made from a new angle.A conclusion that the structure optimization is a generalized synthetical subject concerned in operational research,nonlinearity science,civil engineering and intelligent science,which has development potentiality.It is of great importance to raise the design concept ahead....

The structure optimization's concept,content,method,level,optimization policy,existence problem and developing trend are summarized.The level dividing and integral discussion for the structure optimization are made from a new angle.A conclusion that the structure optimization is a generalized synthetical subject concerned in operational research,nonlinearity science,civil engineering and intelligent science,which has development potentiality.It is of great importance to raise the design concept ahead.

本文概括总结了结构优化的含义、研究内容、方法、层次、寻优策略、存在的问题及发展趋势 .从一个新的角度对结构优化问题进行了层次划分和整体性的论述 ,得到的结论是 :现代“结构优化”是一门涉及运筹学、非线性科学、土木工程理论、智能科学等多学科的概括性综合学科 ,具有理论和应用价值 ,是有发展潜力的研究方向 .它的发展对今后结构设计理念的提高具有重要意义 ,并且可以带动相关学科的发展

Dynamic behaviors such as quasi-periodical, chaotic etc. Occurred in industrial processes are reviewed. And the causes and conditions to take shape are analyzed. Based upon the closely related theories surveyed: such as chaos, differential dynamical systems and ergodic theory in the nonlinearity science, the achievements, theoretical meaning and practical value of the generalized steady-state optimizing control of industrial processes, and the further research directions are provided.

阐述了工业过程中出现的拟周期和混沌等动态行为,并分析了形成的原因和条件.介绍了与之密切相关的非线性科学中的混沌、微分动力学系统以及遍历论等理论,综述了工业过程的广义稳态优化控制的研究成果、理论意义和实用价值及其发展方向.

Based on the interpretation of nonlinerity theory,the nonlinearity mechanism of bank system is analyzed in this paper.Inorder to correctly describing the state of the system,it secks state equation.Besides the fractal of the structure,the state and proces of the system should be analyxed by the chaos theory and the fractal therory.At present,the nonlinearity of bank system is faced some difficulties bdcause of the restrction of the nonlinearity science.In the future,the achievement will bd attained if...

Based on the interpretation of nonlinerity theory,the nonlinearity mechanism of bank system is analyzed in this paper.Inorder to correctly describing the state of the system,it secks state equation.Besides the fractal of the structure,the state and proces of the system should be analyxed by the chaos theory and the fractal therory.At present,the nonlinearity of bank system is faced some difficulties bdcause of the restrction of the nonlinearity science.In the future,the achievement will bd attained if the system identification,the chaos control and the computer simulation can be studied thoroughly.

在对非线性科学进行阐述的基础上 ,深入分析银行系统的非线性机制。为正确刻划银行系统的运行状态 ,应建立描述系统运行规律的方程。用混沌和分形作为工具 ,分析系统的结构分形、状态分形和过程分形 ,使研究更趋科学化、系统化、规范化 ,以期对系统运行状态作出合理预测。然而 ,由于非线性科学发展阶段的限制 ,非线性银行理论的发展 ,现阶段面临着一系列的困难 ,在未来的发展中 ,应对系统辨识、混沌控制、计算机仿真等方面进行深入研究 ,并会有所突破

 
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