complex adaptive systems中文是什么意思

• 复杂适应系统
• 复杂适用系统

• complex    adj. 1.复杂的，错综的。 2.合成的，综合的；【化 ...
• adaptive    adj. 适合的，适应的。
• system    n. 1.体系，系统；分类法；组织；设备，装置。 2.方 ...
• adaptive complex    适应复合体
• adaptive control systems    适应性控制系统
• adaptive robot technical complex    适应性机扑综合技术
• cas complex adaptive system    综合自适应系统
• complex adaptive system, cas    复杂适应性系统
• advances in complex systems (new)    复杂系统的进展
• complex computer systems    复杂的计算机系统
• complex systems and complexity science    复杂系统与复杂性科学
• systems    国体; 开放系统; 制度
• complex of    complex复合复合体
• complex complex    结合建筑群
• adaptive ability    自适应能力
• adaptive act    适应活动
• adaptive activity    适应性活动
• adaptive algorithm    自适应算法
• adaptive allocation    自适应信道分配
• adaptive alternatives    适合的备择方案
• adaptive amplifier    自适应放大器
• adaptive analysis    自适应分析
• adaptive ante    自适应天线
• adaptive antenna    自适应天线

• Combining some relevant management theory with cas ( complex adaptive system ) theory , this article discusses the basic rule and precondition to the realization of esd
  本文结合复杂适应系统( cas ， complexadaptivesystem )理论和相关管理理论，探讨了企业实现可持续发展的基本条件和一般规律。
• To understand a complex adaptive system deeply , we must study its evolvement process . only a clear comprehension we have , can we make a reasonable explanation for the phenomenon of ' emergence " , and anticipate the development of system
  要深入地了解一个复杂适应系统，就必须研究其演化过程，只有对它有一个较清楚的理解，才能对诸如“涌现”等现象作出合理的解释，并预测系统的发展。
• Since architecture is a complex adaptive system that should be treated with complex science , we should change the thinking mode from simplicity to complexity in studying the various problems appeared in architecture and urban design
  进而指出建筑学是一个复杂适应系统，属于复杂性科学研究的范畴，因而必须抛开就建筑论建筑的简单化方法，转变思维范式，运用复杂性科学的研究方法看待建筑和城市中的复杂问题。
• Based on complex adaptive system ( cas ) theory of modern systems science as the means of analyzing high - tech enterprises and their industry ecology , the system vitality model of high - tech enterprise is established
  利用现代系统科学的新进展复杂适应系统理论，作为分析高技术企业及其产业生态的工具，在吸取现代经济科学和管理科学以及相关学科研究成果的基础上，建立了基于复杂适应系统理论的高技术企业的系统生存力模型。
• Making use of these theories and methods the complexity of innovation system was analyzed , and it was proved that the innovation system is a complex adaptive system . consequently , it was necessary and feasible to study innovation system by using complex adaptive system theories
  在分析创新系统复杂性的基础上，证实了创新系统是一个复杂适应系统，提出用复杂适应系统理论和方法对创新系统的机理进行研究具有必要性和可行性。
• In order to conquer the two difficulties , complex adaptive system ( cas ) theory is imported as the theory of describing the complex water resources system , and a nesting genetic arithmetic is present for solving the model according to the model structure
  本文的目标是建立水资源优化配置整体模型。为了解决基础理论和模型解法这两个难题，本文引入了复杂适应系统理论并和水资源系统的基本特征相结合，形成了建立整体模型的理论基础。
• The intention of this paper is to establish the economy and management complex adaptive system ( emcas ) theory by using the complex adaptive system ( cas ) theory in study of the economy and management system , it is a complexity theory fit for the economy and management system
  本文研究的目的是通过在经济管理系统的研究中引入复杂适应系统理论研究的成果，建立适合研究经济管理系统的复杂性理论与方法? ?经济管理复杂适应系统理论。
• Based on the theories of complex science ( cs ) and complex adaptive system ( cas ) , this dissertation discusses thoroughly the various complex problems in architecture with the thought of cross - discipline , wholeness and adaptability . new viewpoints , definitions and methods are provided
  本文研究的目的是运用复杂性科学和复杂适应性系统的核心思想，以学科交叉的观点、整体性的观点和适应性的观点来解析当前建筑学中存在的种种复杂性问题及其处理方法。
• In the second method , refer to the idea of thick granularity model and fine granularity model used in the parallel genetic algorithm , aim at the changed dynamic environment of complex adaptive system , the author suggested an environment - select based change granularity model . through the evolving analyzing of agent ' s position and structure , studied the influence of the agent ' s position and structure change on the evolving of agent and model
  二是借鉴了遗传算法中，粗粒度模型和细粒度模型的一些思想和方法，针对复杂适应系统中环境动态变化的特点，提出了一种基于环境选择的变粒度模型，通过对智能体空间位置、结构的演化分析，研究了智能体的位置变化，拓扑结构变化对智能体优化，对模型演化的影响。
• Because of disadvantages to traditional theory and methods on allocation and management of river basin water resources , this paper views the system of river basin water resources as a collaborating accretion network composed of many independent agents , and studies its complexity with the complex adaptive system ( cas ) theory
  摘要针对传统水资源配置与管理理论和方法的局限性，借鉴和引入复杂适应系统理论，将流域水资源系统看成是由若干个（种）相对独立的自主实体（主体）构成的一个合作共生网络体系。