英语人>网络例句>reflexively partially ordered set 相关的网络例句
reflexively partially ordered set相关的网络例句

查询词典 reflexively partially ordered set

与 reflexively partially ordered set 相关的网络例句 [注:此内容来源于网络,仅供参考]

Some new basic concepts are proposed in this paper, including the approximation space of generalization, rough approximation axiom, disturbance set axiom, classification principle of rough set, principle of nondeterministic even set, principle classification, bit quantum symmetric classification, of concentration, game classification, quantum logic incomparable set, bit space set, protocol relation, rough set function of protocol relation, rough classification algebra, rough simple algebra, etc., and a guess is also proposed.

提出了广义近似空间、粗近似公理、干扰集公理、粗糙集的分类原则、粗选原则、不确定偶集原则、精选原则、对策分类、量子逻辑分类、bit量子对称分类、不可比集、bit空间集、协议关系、粗糙集函数、粗糙分类代数和粗糙单代数等基本概念,并提出了一个猜想;展示了一些新观点;基于协议关系构造了粗糙商代数和粗糙子代数,给出了回避-归并算法及算例。

The concept of Galois connections for partially ordered objects in a topos is introduced and the kernel operator and closure operator are investigated.

在任意 topos 中引入了偏序对象之间的 Galois 联络的定义,刻画了偏序集对象上的核算子和闭包算子。

In chapter 2, by virtue of the properties of partially ordered F-type topological space, we establish some fixed point theorems of increasing mappings in this kind of space. At the same time, we investigate the existence of maximum fixed point and minimum fixed point of increasing mappings on an order interval.

第二章,利用半序F-型拓扑空间的基本性质,建立这类空间上单调增映射的不动点定理,研究其序区间上单调增映射的最大、最小不动点的存在性。

In this paper,we discuss the extension of the Dω-order and D*ω-order in partiany or-dered group,obtain the necessary and sufficient condition for an extension of the partial-or-der in partially ordered group to Dω-order and D*ω-order, and the condition for the exten-sion of every partial order in a group to Dω-order.

讨论了偏序群的Dω-序扩展,得到了偏序群的偏序可扩展成为Dω-序的充要条件,以及每一偏序均可扩展成为Dω-序的条件,同时刻划了Dω-序群。

In vector optimization one investigates optimal elements such as minimal, strongly minimal, properly minimal or weakly minimal elements of a nonempty subset of a partially ordered linear space.

前言在向量最优化中,人们研究偏序线性空间中非空子集的最优元,比如极小元,强极小元,真极小元或者弱极小元。

The free vibration of a nonlinear elastic rectangular plate is explored, considering influence of material nonlinearity and static-load in plane on its dynamic characteristics. Exact solution to free vibration of each mode of the rectangular plate is obtained according to the fixed point theory of partially ordered space. So the whole process of free vibration is described.

对非线性弹性矩形板的自由振动进行了研究,考虑了材料非线性和面内静载对板动力特性的影响,并根据半序空间的不动点理论求得该矩形板在自由振动时各阶模态的精确解,描绘了其自由振动的全过程。

In chapter 4, in the frame of partially ordered F-type topological space, we research the existence of the solution of a nonlinear operator equation Lx = Nx, and the convergence of the iterative sequence {u_n} which satisfies Lu_(n+1)= Nu_n for a solution of the equation. Then, we give the conditions for multiplicity of the solutions of this operator equation.

第四章,在半序F-型拓扑空间框架下研究一类非线性算子方程Lx=Nx解的存在性,以及满足Lu_(n+1)=Nu_n的迭代序列{u_n}对于方程解的收敛性,并给出这类算子方程具有多解性的条件。

Thesame rank Lipschitz continuous development of single-valued mappings is proven by means of partially ordered theory on finite dimensional Euclidean spaces.

借助于冲一预解算子研究了有限维欧氏空间中的集值混合类变分不等式问题和广义集值变分包含问题的全局误差界。

In this paper, we mainly study extensions of partial order and finitely totally order for partially ordered semirings, and obtain some new results.

本文主要研究了偏序半环的偏序扩张和有限全序扩张,并得到了一些新的结果。

The cofinality of a set of ordinals or any other well ordered set is the cofinality of the order type of that set.

序数或任何其他良序集合的集合的共尾性是这个集合的序类型的共尾性。

第12/50页 首页 < ... 8 9 10 11 12 13 14 15 16 ... > 尾页
相关中文对照歌词
Your Steps Are Ordered
Set It Off
You A My Baby
Set It Off
Stress Reliever
Set It Off
Fuego
Set It Off
Set Me Free
Set It Off
推荐网络例句

He's a pretty westernised kind of guy.

他是一个非常西化的人。

National spirit is the moral kingpin for a nation to realize common ideal and goal.

一、中华民族精神的基本内涵党的十六大报告指出:在五千多年的发展中,中华民族形成了以爱国主义为核心的团结统一、爱好和平、勤劳勇敢、自强不息的伟大民族精神。

"Well, you see," Morris said,"this monkey's paw is magic!"

"嗯,你看,"莫里斯说,"这猴子的爪子是魔术!"