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1)  finite set-valued mappings
有限集值映射
1.
The purpose of this paper considers a new class of completely generalized nonlinear quasi-variational-like inclusions in Banach spaces involving finite set-valued mappings and proposes an Ishikawa type iterative algorithm for computing their approximate solutions.
讨论了Banach空间中一类新的带有限集值映射的完全广义非线性拟似变分包含问题,提出了求其逼近解的Ishikawa型迭代算法,并证明了逼近解收敛于拟似变分包含问题的正解。
2)  finite family of set-valued mapping
有限簇集值映象
3)  set-valued mapping
集值映射
1.
An intersection theorem for set-valued mapping and its application;
集值映射的一个交定理及其应用
2.
Approximation operators based on set-valued mappings in semi-partition approximation space;
基于集值映射的拟划分近似空间中近似算子
3.
On the continuously essential components of fixed points for the set-valued mapping;
集值映射不动点的连续本质连通区
4)  set-valued maps
集值映射
1.
The essential components of the set of equilibrium points for set-valued maps and its application;
集值映射平衡点集的本质连通区及其应用
2.
Optimal conditions of set-valued maps optimization with subdifferential;
次微分意义下集值映射优化问题的最优性条件
3.
Uniform convergence in space of set-valued maps;
集值映射空间的一致收敛
5)  set-valued map
集值映射
1.
Lagrangian duality for vector optimization of set-valued maps;
集值映射向量最优化中的拉格朗日对偶问题
2.
In this paper,we present Theorems of the connectedness of the sets of Henig efficient and globally proper efficient solution in locally convex spaces for set-valued maps with constraints.
在局部凸空间中分别给出了具约束的集值映射的Hen ig有效解集以及全局真有效解集的连通性定理。
6)  multifunction [,mʌlti'fʌŋkʃən]
集值映射
1.
The Subcontinuity, P-continuity and U-contiuity of the Multifunctions Spaces;
关于集值映射的次连续、P─连续与U─连续性
2.
intersection, closure, cpmposition andproduct on and multifunction.
给出了集值映射的并、交、闭包、复合及乘积等运算,证明了集值映射的*连续性在并、闭包、复合、乘积运算下是保持这种性质,而交不保持这种性质。
3.
In this paper,we gave some results of upper weak continuity of multifunctions and discussed the relation between upper weak continuity and upper star quasicontinuity of multifunction
本文将其结果推广到上半弱连续集值映射上,将[2]中的某些结果的连续条件减弱为上半弱连续,并讨论了上半弱连续性与上半拟连续性[3]之间的关系。
补充资料:有限
1.有限制;有限度。 2.指数量不多;程度不高。 3.哲学范畴。指有条件的﹑在空间和时间上都有一定限制的﹑有始有终的东西。相对于"无限"而言。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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