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Homeomorphism Between Fuzzy Number Space and the Space of Bounded Functions with Same Monotonicity on -1,1

机译:模糊数空间与界函数的空间在-1,1之间的偏心空间之间的同源形态

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In this paper, based on the fuzzy structured element, we prove that there is a bijection function between the fuzzy number space ε~1 and the space B[-1, 1], which defined as a set of standard monotonic bounded functions with monotonicity on interval [-1, 1]. Furthermore, a new approach based upon the monotonic bounded functions has been proposed to create fuzzy numbers and represent them by suing fuzzy structured element. In order to make two different metrics based space in B[-1, 1], Hausdorff metric and L_p metric, which both are classical functional metrics, is adopted and their topological properties is discussed. In addition, by the means of introducing fuzzy functional to space B[-1, 1], we present two new fuzzy number's metrics. Finally, according to the proof of homeomorphism between fuzzy number space ε~1 and the space B[-1, 1], it's argued that not only it gives a new way to study the fuzzy analysis theory, but also make the study of fuzzy number space easier.
机译:在本文中,基于模糊结构元件,我们证明了模糊数空间ε〜1和空间B [-1,1]之间存在击函数,其定义为具有单调性的一组标准单调有界函数在间隔[-1,1]。此外,已经提出了一种基于单调有界功能的新方法来创建模糊数并通过起诉模糊结构元件来表示它们。为了使B [-1,1]中的两个不同的基于度量的空间,采用了Hausdorff度量和L_P度量,这两者都是经典功能度量,并且讨论了它们的拓扑属性。另外,通过向空间B [-1,1]引入模糊功能的手段,我们呈现了两个新的模糊数的指标。最后,根据模糊数空间ε〜1与空间B [-1,1]之间的同源形态的证明,认为不仅它给出了研究模糊分析理论的新方法,而且还开始研究模糊数字空间更容易。

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