数学基础的英文

• foundations of mathematics

• 数学    mathematics
• 基础    foundation; base; basis
• 计算数学基础    foundations of computational mathematics
• 金融数学基础    the basics of financial mathematics
• 经济数学基础    basics of economic mathematics
• 科学数学基础    fundamentals of scientific mathematics
• 专业数学基础    mathematics for specialties
• 地图的数学基础    mathematical base of map
• 集合论与数学基础    mathematical logic and the foundations of mathematics
• 计算机科学的数学基础    mathematics foundation for computer science; mathematics foundations for computer science
• 数学基础与基本概念    foundations and fundamental concepts of mathematics
• 有限元方法的数学基础    the mathematical bases of finite element methods
• 法学基础    an introduction to science of law; fundamentals of law science; fundamentals of science of law
• 管理学基础    basic management; foundation of science of management
• 广告学基础    base de publicité fondamentale
• 护理学基础    fundamental nursing
• 化学基础    chemical fundamentals
• 环境学基础    fundamentals of
• 会计学基础    accounting foundation
• 计量学基础    basics of metrology
• 教学基础    basic in teaching :east and west
• 经济学基础    fundamentals of economics
• 昆虫学基础    fundamentals of entomology
• 伦理学基础    basis of ethics
• 密码学基础    foundation of cryptography

• The mechanism of fractal image processing is simply recommended in this paper , and at the same time , the mathematical and theoretical fundament of fractal image processing are carefully analyzed and discussed
  本文简单介绍了分形图象处理技术的机理，然后较详细地研究了其数学基础和理论基础，接着从以下两方面对分形图象处理技术进行了具体研究。
• The main research works are as follows : we study the mathematic background , basic principles and security properties of common cryptographies , and explain the reason why they are chosen to construct the mb protocol
  本文所做的工作有以下几点：深入研究了常见密码算法的数学基础、基本原理和安全性质，以及选择该算法实现手机银行安全协议的原因。
• Subsequently the paper introduces the basic idea , the process and the mathematical fundament of genetic algorithm , analyses and summarizes the basic element design technology and the improvement methods of genetic algorithm
  随后介绍了遗传算法的基本思想和运行过程以及遗传算法的数学基础，并对遗传算法的基本要素设计技术和改进策略进行了分析总结。
• Its importance may be judged from the fact that it has had many applications in fields as diverse as general topology , lattice theory , category theory and theoretical computer science as well as in many other areas of mathematics
  Domain理论为计算机程序设计语言的指称语义学奠定了数学基础，处于拓扑学，格论，范畴论及理论计算机等多学科的交汇处，有着重要的研究价值。
• Wideband correlation processing ( wcp ) is the base of wideband active signal detection . cause of the coherence between continuous wavelet transform ( cwt ) and wcp , cwt forms mathematic foundation of wcp and presents mathematic support to wcp
  连续小波变换与宽带相关处理的内在一致性使得连续小波变换成为宽带相关处理的数学基础，为宽带相关处理的实现提供了数学支持。
• In fact , it was with the help of acclimatization that it was able to turn common game problems into math problems , which provided game problems with strict math foundation and made it possible to be a strict science
  实际上冯?诺伊曼正是借助公理化的方法才使得一般的博弈问题转化成数学问题成为可能，这也使得博弈问题的处理有了严格的数学基础，并有可能成为一门较严格的科学。
• Author firstly introduced the mathematic base , algorithm model and networks structure of neural networks and fuzzy neural networks . on the basis of this , the idea to apply fuzzy neural networks to machine design was illuminated
  本文首先简要介绍了神经网络和模糊神经网络的数学基础、算法模型、网络结构和程序实现方法，阐述了利用模糊神经网络进行机械设计和计算的基本思想。
• 1 . for the better comprehension of h standard control equation and h filtering technology , some mathematic knowledge is introduced simply , such as signal norm , system norm , algebraic riccati equation etc . 2
  本文首先给出一些与h _控制理论和h _滤波技术相关的数学基础知识，如信号和系统的范数、代数riccati方程等，然后对h _标准控制问题和h _滤波问题进行了简单的介绍。
• The advantages of efgm are : ( 1 ) only nodal datas are necessary , i . e . there is no need to join nodes into elements ; ( 2 ) high accuracy can be achieved ; ( 3 ) postprocess is easy , etc . the mathematical basis of efgm is moving least squares method
  该法只需节点信息，不需将节点连成单元；此外，还有精度高、后处理方便等优点。无单元伽辽金法的数学基础是移动最小二乘法。

• 数学基础的法语：Fondements des mathématiques
• 数学基础的日语：数学基礎論
• 数学基础的韩语：수학기초론
• 数学基础的俄语：Основания математики
• 数学基础什么意思：[mathematics, foundations of] 对数学理论的本质和数学方法的范围进行科学的研究。开始于欧几里得的《几何原本》，对数学的逻辑和哲学基础提出探究。其基本点是任何系统的公理（不管它是欧几里得几何或微积分）是否可以保证它的完整性和一致性。在近代，经过一段时间的争论，分成了3个学派。逻辑主义者认为抽象的数学对象全部可以从基本的关于集合以及合理的或逻辑的思想发展出来；称为数学柏拉图...