Sentence examples for modular inequalities of from inspiring English sources

First, we have following types of modular inequalities of IVF soft sets.

Section 5 is devoted to the exploration of modular inequalities of interval-valued fuzzy soft sets.

This study aims to explore modular inequalities of interval-valued fuzzy soft sets characterized by Jun's soft J-inclusions.

This paper focused on exploring modular inequalities of IVF soft sets characterized by Jun's soft J-inclusions.

We finally considered modular laws in lattice theory and proposed modular inequalities of IVF soft sets using soft J-inclusions and some related notions mentioned above.

As a continuation to this line of research, in the present paper we will focus on modular inequalities of interval-valued fuzzy soft sets characterized by Jun's soft J-inclusions.

Furthermore, we consider modular laws in lattice theory and find that classical modular inequalities in lattice theory are not valid for interval-valued fuzzy soft sets.

Some further important and useful modular inequalities, related to (1.2) and to even more general modular functions Φ, can be found, e.g., in [2] and [3].

In particular, one can see that usual modular inequalities in lattice theory are not valid for IVF soft sets.

In addition, Čižmešija et al. [11] obtained a class of new sufficient conditions for a weighted modular inequality involving the above operator (A_{k}), so that they refined the classical Godunova inequality.

In this paper, we introduce different notions of generalized ω-weak contractive inequalities of integral type in modular metric spaces and prove the presence and uniqueness of common fixed points for such contractions under ω-weak compatibility of underlying maps.