大系统理论的英文

• large scale system theory
• theory of large scale system
• theoryoflargescalesystem

• "大系统"英文翻译    large scale system
• "理论"英文翻译    theory
• "系统理论" 英文翻译 :    system theory; systems theory
• "系统理论的" 英文翻译 :    systemtheoretical
• "操作系统理论" 英文翻译 :    operating system theory
• "电路系统理论" 英文翻译 :    circuitry theories
• "多层系统理论" 英文翻译 :    multilevel system theory
• "工程系统理论" 英文翻译 :    engineering systems theory
• "管理系统理论" 英文翻译 :    management system theory
• "机能系统理论" 英文翻译 :    theory of functional system
• "技术系统理论" 英文翻译 :    socio-technical systems theory
• "计算系统理论" 英文翻译 :    theory of computing systems
• "局部系统理论" 英文翻译 :    local systems theory
• "控制系统理论" 英文翻译 :    control system theory
• "离散系统理论" 英文翻译 :    discrete system theory
• "社会系统理论" 英文翻译 :    social system theory
• "生态系统理论" 英文翻译 :    ecological system theory; society ecosystems theory
• "数学系统理论" 英文翻译 :    mathematic system theory; mathematical systems theory
• "维修系统理论" 英文翻译 :    repair system
• "现代系统理论" 英文翻译 :    modern system theory; modern systems theory
• "线性系统理论" 英文翻译 :    linear system theory
• "信号系统理论" 英文翻译 :    signal system theory
• "一般系统理论" 英文翻译 :    general system theory
• "调适性系统理论" 英文翻译 :    adaptive system theory
• "霍曼斯系统理论" 英文翻译 :    s systems theory

• The paper presents a new theory method for modeling and optimal calculation of large scale water network system by using large scale system , system identification , artificial intelligence and fuzzy mathematics
  本文集大系统理论、系统辨识、人工智能和模糊数学于一体,提出了大型注水系统建模与优化的理论方法。
• With the development of system theory as well as optimization technigue , especially the deep layer research of large system theory in recent years , it is possible to make water resources optimization and position fixing for a region or a basin
  随着系统理论和优化技术的发展，尤其是近年来大系统理论的深入研究，使一个区域或流域水资源优化配置成为可能。
• From the point of view of dam safety operation , identification and analysis of the potential risk during dam operation is studied . at the meantime , a risk evaluation model of dam operation is explored on the basis of the theory of large - scale system
  本文从影响大坝安全运行的主要因素出发，探讨了大坝运行潜在风险的识别和分析问题，深入研究了基于大系统理论的大坝运行风险评价模型的建立方法。
• On the basis of it , the system theory and fuzzy evaluation method are used to establish the evaluation models . the sustainable development of the two levels is evaluated . studying on the results of the two models , a wonderful conclusion will be drawn
  在此基础上，运用大系统理论的方法以及模糊综合评判的方法建立评价模型，分别对两个层次上的交通运输可持续性进行评价，然后再把两个模型的评价结果综合研究，以期得出比较全面的结论。
• It is hope that the strategy study illustrated in this essay can provide some experience for china ' s domestic companies and to some extent prepare them for mnc when they are ready to expand their international market , before entering scu for my mba courses , the author of the essay worked for 3 years in marketing department of corpration matsushita electric of china ( cmc ) and wuxi matsushita refrigerator corpration ( wmrc ) , . the work there was an experience which familiar with the marketing strategy of japanese - funded companies , their management mechanism as well as china ' s electric appliances market . two year ' s systematic theoretic study gives the author a more profound understanding of the marketing strategies of modern corporations , and enable writer a better insight to the progress and drawbacks experienced by matsushita , by analyzing the growth of matsushita electric in china , the essay intends to reflect the fierce competition and development trend facing both foreign companies and famous domestic electric appliances producing companies
  在本文作者进入川大学习之前，曾在松下冷机有限公司( wmrc )营业部，松下电器(中国)有限公司( cmc )营业部门服务约三年，对于日资企业在华营销战略，管理体系以及国内家电行业现状有着较为深刻的理解，通过近两年在川大系统理论的学习，使笔者对现代企业市场营销战略有了更加透彻的理解和提高，对于松下冷机在华经营所经历的挫折和成功有了更为深入的了解，本文试图通过解析松下冷机在华成长的历程，从侧面反映出当前国外家电品牌和国内知名品牌在国内市场激烈的竞争状态和发展趋势。
• We also design some advanced intelligent control arithmetic to urban traffic by the use of ann , fuzzy logic theory and large scale system theory . analysis and simulation show that this arithmetices are more robust , self - adaptive and self - learning , and can solve the urban traffic problem more effectively than conventional traffic control methods
  同时，利用人工神经网络技术、模糊逻辑理论和大系统理论，设计了一些先进的城市交通智能控制算法，分析和仿真表明，这些算法具有较强的鲁棒性、自适应性和自学习性，比传统的交通控制方法能更有效地解决城市交通问题。
• In the course of modeling , we present multi - step generalized gradient method and multi - stage curve fitting technique , prove convergence of multi - step generalized gradient method by using differential equation stable theory , analyze the error of multi - stage curve fitting technique by using inner space , creat knowledge base of water network system by using the maximum subordinate principle of and near - select principle of pattern recognition . at last we make the optimal running scheme of water network system based on heuristic search technique of artificial intelligence and global feedback immediate coordination method of large scale system theory
  在建立系统模型的过程中,提出了多步广义梯度法和多层曲线拟合的建模方法,并用微分方程稳定性理论证明了多步广度梯度法收敛性,用内积空间的有关知识对多层曲线拟合进行误差分析;应用模糊数学中的最大隶属度原则和模糊识别中的择近原则和人工智能中状态空间表示法建立注水系统的知识库;用人工智能中的启发式搜索技术和大系统理论中的具有全局反馈的直接协调法制定注水系统的优化运行方案。
• Secondly , on the base of large - scale system theory . the model of allocation of water in irrigation district is built the model solution is given , which is based on the decomposition - coordination and genetic algorithms . the model ascertains the optimal allocation project of water quality and quantity , with the maximum objective of integrate benefit . lt also optimize irrigation procedure of the crops and water allocation of multi - crops , based on dated water production function
  ( 2 )根据大系统理论建立了灌区水资源优化配置模型，提出了基于分解协调技术与遗传算法相结合的模型解法。该模型以综合效益最大为目标，确定水资源的水质与水量的优化配置方案，同时以作物水分生产函数为基础，确定灌溉水在作物间和作物各阶段的最优配置过程。

• 大系统理论的日语：だいきぼシステムりろん