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The connectedness of H(lambda) unit interval and H(lambda) real line

机译:H(lambda)单位间隔与H(lambda)实线的连通性

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JUST like in classical mathematics, fuzzy unit interval I(L) and fuzzy real line R(L), the basic and important research objects of fuzzy mathematics, also interest a good few scholars. In 1992, Wang and Xu , by refining the topology of I(L), defined anew fuzzy unit interval—H(lambda) unit interval I-tilde(L), and established the Stone-Cech compactification theory for weakly induced L-fuzzy topological spaces. In 199.3, Zhang and Liu introduced the concept of weak inducification of L-fuzzy topological space, and in this way, I-tilde-tilde(L) is exactly the weak inducification of I(L). In ref. [3], the author defined and studied H(A) real line R-tilde(L), the weak inducification of R(L). Although a series of properties of I(L) and R-tilde(L) have been discussed , the problem of whether I-tilde(L) and R (L) are connected or not is essentially still open (cf. refs. [1, 3]). This letter gives an affirmative answer to this problem. The results we obtained are as follows (for undefined symbols and notions, please refer to ref. [4]).
机译:就像在经典数学中一样,模糊数学的基础和重要研究对象是模糊单位区间I(L)和模糊实线R(L),也吸引了不少学者。 1992年,Wang和Xu通过细化I(L)的拓扑,定义了一个新的模糊单位间隔-H(lambda)单位间隔I-tilde(L),并建立了弱诱导L-模糊的Stone-Cech压缩理论拓扑空间。在199.3年,Zhang和Liu引入了L-模糊拓扑空间的弱归纳的概念,因此I-tilde-tilde(L)正是I(L)的弱归纳。在参考。 [3],作者定义并研究了H(A)实线R-tilde(L),即R(L)的弱归纳。尽管已经讨论了I(L)和R-tilde(L)的一系列属性,但是I-tilde(L)和R(L)是否连接的问题基本上仍然是开放的(参见参考资料[ 1,3])。这封信对这个问题给出了肯定的答复。我们获得的结果如下(有关未​​定义的符号和概念,请参见参考文献[4])。

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