1) Signed fuzzy measure
广义Fuzzy测度
2) signed fuzzy number-valued measures
广义Fuzzy数值测度
1.
In this paper, we define a kind of signed fuzzy number-valued measures on the fuzzy set, which is based on an additive fuzzy measure introduced by Dan Butnariu and the theories of fuzzy limit and fuzzy distance of fuzzy numbers discussed by Zhang Guang-quan.
butnariu构造的可加Fuzzy 测度和张广全先生建立的Fuzzy极限和Fuzzy距离理论基础上,提出了一类Fuzzy集合上广义Fuzzy数值测度,定义了广义Fuzzy数值测度的正、负集,探讨了二者的关系和性质,进而得到了广义Fuzzy数值测度关于Fuzzy集合的哈恩分解存在的充要条件。
3) signed additive fuzzy measure
广义可加fuzzy测度
1.
This is subsequent of , by using the theory of additive fuzzy measure and signed additive fuzzy measure , we prove the Radon_Nikodym Theorem and Lebesgue decomposition Theorem of signed additive fuzzy measure.
本文在 [1 ,2 ]的基础上证明了广义可加fuzzy测度的Radon_Nikodym定理和Lebesgue分解定理 ,从而完善了可加fuzzy测度的理
2.
In this paper, we introduce the concept of signed additive fuzzy measure on a class of fuzzy sets, then, on certain condition, a series of decomposition theorems of signed additive fuzzy measure are proved.
本文首先引入Fuzzy集类上 (广义 )可加Fuzzy测度的有关概念 ,然后给出Fuzzy集上关于可加Fuzzy测度的Fuzzy积分及有关定理 ,最后在一定条件下给出广义可加Fuzzy测度的一系列分解定
4) generalized measure
广义测度
1.
The monotone property about measure is not applied to generalized measure,so this paper discusses some problems about μ=μ1+μ2(μ1,μ2 are two generalized measures) and obtains some relevant properties about complex measure.
测度的单调性质对广义测度而言已不成立,为此,给出测度μ的概念,并得到了复测度μ=μ1+μ2(其中1μ,μ2是两个广义测度)的若干性质。
5) signed measure μ
广义测度μ
6) extended Carleson measure
广义Carleson测度
1.
Luecking has established a characteristic of extended Carleson measure (a-Carleson measure) represented by an integral inequality of the derivatives of Hp functions in the unit disk.
在单位圆盘上广义Carleson测度与H~p函数导数的关系可以推广到高维半空间上,但只解决了2≤p≤q<∞的情形。
补充资料:fuzzy controller
分子式:
CAS号:
性质: 模糊控制器和一般PID控制器在系统硬件结构上没有差别,二者的区域是控制算法,前者是模糊算法,后者是PID算法。目前模糊控制器有两种。一种是使用专用模糊芯片,实时模糊推理与决策的方法(硬件方法)。第二种是离线设计,用通用微机或芯片实时查表控制的方法(软件方法)。模糊控制器的构思是吸收了人工控制时的经验,然后依据一些推进规则,确定控制决策。
CAS号:
性质: 模糊控制器和一般PID控制器在系统硬件结构上没有差别,二者的区域是控制算法,前者是模糊算法,后者是PID算法。目前模糊控制器有两种。一种是使用专用模糊芯片,实时模糊推理与决策的方法(硬件方法)。第二种是离线设计,用通用微机或芯片实时查表控制的方法(软件方法)。模糊控制器的构思是吸收了人工控制时的经验,然后依据一些推进规则,确定控制决策。
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