Search engine for discovering works of Art, research articles, and books related to Art and Culture
ShareThis
Javascript must be enabled to continue!

FS-convergent in norm (Fsc1 n–Convergent) in a fuzzy normed Riesz spaces

View through CrossRef
In this paper, we introduce the concept of fuzzy statistical convergent in norm (Fsc1 n- Convergent) and (Fsc1n-Cauchy) for sequence in fuzzy normed Riesz spaces (FNRS) and study some outcomes related to these notions and we have established a number of its properties. also we see that a sequence be a FS-convergent in norm if and only if there exist a subsequence convergent to x0. So we proved that a fuzzy s-complete Riesz space ???? with the Fsc1 n-Norm is order continuous it’s equivalent to every increasing with bounded above is Fsc1 n-convergent. And note every Fsc1 n-Cauchy sequence is Convergent to an element T0 ∈ ????. Thus, we verified that ???? is a (BFRS).
Title: FS-convergent in norm (Fsc1 n–Convergent) in a fuzzy normed Riesz spaces
Description:
In this paper, we introduce the concept of fuzzy statistical convergent in norm (Fsc1 n- Convergent) and (Fsc1n-Cauchy) for sequence in fuzzy normed Riesz spaces (FNRS) and study some outcomes related to these notions and we have established a number of its properties.
also we see that a sequence be a FS-convergent in norm if and only if there exist a subsequence convergent to x0.
So we proved that a fuzzy s-complete Riesz space ???? with the Fsc1 n-Norm is order continuous it’s equivalent to every increasing with bounded above is Fsc1 n-convergent.
And note every Fsc1 n-Cauchy sequence is Convergent to an element T0 ∈ ????.
Thus, we verified that ???? is a (BFRS).

Related Results

Konstruksi Sistem Inferensi Fuzzy Menggunakan Subtractive Fuzzy C-Means pada Data Parkinson
Konstruksi Sistem Inferensi Fuzzy Menggunakan Subtractive Fuzzy C-Means pada Data Parkinson
Abstract. Fuzzy Inference System requires several stages to get the output, 1) formation of fuzzy sets, 2) formation of rules, 3) application of implication functions, 4) compositi...
Generated Fuzzy Quasi-ideals in Ternary Semigroups
Generated Fuzzy Quasi-ideals in Ternary Semigroups
Here in this paper, we provide characterizations of fuzzy quasi-ideal in terms of level and strong level subsets. Along with it, we provide expression for the generated fuzzy quasi...
New Approaches of Generalised Fuzzy Soft sets on fuzzy Codes and Its Properties on Decision-Makings
New Approaches of Generalised Fuzzy Soft sets on fuzzy Codes and Its Properties on Decision-Makings
Background Several scholars defined the concepts of fuzzy soft set theory and their application on decision-making problem. Based on this concept, researchers defined the generalis...
New Approaches of Generalised Fuzzy Soft sets on fuzzy Codes and Its Properties on Decision-Makings
New Approaches of Generalised Fuzzy Soft sets on fuzzy Codes and Its Properties on Decision-Makings
Background Several scholars defined the concepts of fuzzy soft set theory and their application on decision-making problem. Based on this concept, researchers defined the generalis...
Fuzzy Anti-normed Spaces
Fuzzy Anti-normed Spaces
In this paper the definition of fuzzy anti-norm is modified the authors have studied some properties of convergence and continuity in fuzzy anti-normed spaces. Firstly, the authors...
Fuzzy Chaotic Neural Networks
Fuzzy Chaotic Neural Networks
An understanding of the human brain’s local function has improved in recent years. But the cognition of human brain’s working process as a whole is still obscure. Both fuzzy logic ...
Concerning Fuzzy b-Metric Spaces †
Concerning Fuzzy b-Metric Spaces †
In an article published in 2015, Hussain et al. introduced a notion of a fuzzy b-metric space and obtained some fixed point theorems for this kind of space. Shortly thereafter, Năd...
FUZZY RINGS AND ITS PROPERTIES
FUZZY RINGS AND ITS PROPERTIES
Abstract One of algebraic structure that involves a binary operation is a group that is defined  an un empty set (classical) with an associative binary operation, it has identity e...

Back to Top