Add to ORKGIn 1989, V. Popa [17] first introduced the concept of rare continuity. In this paper, we have introduced a new class of functions termed as rarely μ-continuous functionswhich unifies different weak forms of rarely continuous functions and have investigated some of its properties.
In [3] the authors, introduced the notion of faint !-continuity intopological spaces. In this paper,...
Abstract The purpose of this paper is to introduce the notions of (µ, µ ) (m,n) -continuous, almost ...
There are various types of generalization of continuous functions in the development of topology. Re...
Popa introduced the notion of rare continuity. In this paper, we introduce a new class of functions ...
Popa introduced the notion of rare continuity. In this paper, we introduce a new class of functions ...
Abstract. Popa introduced the notion of rare continuity. In this paper, we introduce a new class of ...
A new class of functions called ‘almost δgβ-continuous functions’ is introduced and their basic prop...
We introduce a new type of functions called almost strongly μ_θ -continuous functions which unifies ...
We introduce a new type of functions called almost strongly μ_θ -continuous functions which unifies ...
We introduce a new type of functions called almost strongly μ_θ -continuous functions which unifies ...
We introduce a new type of functions called almost strongly μ_θ -continuous functions which unifies ...
The aim of this paper is to introduce and study upper and lower !-continuous functions. Some charac...
In this paper, we introduce \breve{\theta}-\mathcal{I}-closed sets, \breve{\theta}-\mathcal{I}-close...
This paper is concerned with a study of various weaker forms of continuity. The definitions originat...
The purpose of this paper is to study αgs-continuous multifunctions. Some basic characterizations, p...
In [3] the authors, introduced the notion of faint !-continuity intopological spaces. In this paper,...
Abstract The purpose of this paper is to introduce the notions of (µ, µ ) (m,n) -continuous, almost ...
There are various types of generalization of continuous functions in the development of topology. Re...
Popa introduced the notion of rare continuity. In this paper, we introduce a new class of functions ...
Popa introduced the notion of rare continuity. In this paper, we introduce a new class of functions ...
Abstract. Popa introduced the notion of rare continuity. In this paper, we introduce a new class of ...
A new class of functions called ‘almost δgβ-continuous functions’ is introduced and their basic prop...
We introduce a new type of functions called almost strongly μ_θ -continuous functions which unifies ...
We introduce a new type of functions called almost strongly μ_θ -continuous functions which unifies ...
We introduce a new type of functions called almost strongly μ_θ -continuous functions which unifies ...
We introduce a new type of functions called almost strongly μ_θ -continuous functions which unifies ...
The aim of this paper is to introduce and study upper and lower !-continuous functions. Some charac...
In this paper, we introduce \breve{\theta}-\mathcal{I}-closed sets, \breve{\theta}-\mathcal{I}-close...
This paper is concerned with a study of various weaker forms of continuity. The definitions originat...
The purpose of this paper is to study αgs-continuous multifunctions. Some basic characterizations, p...
In [3] the authors, introduced the notion of faint !-continuity intopological spaces. In this paper,...
Abstract The purpose of this paper is to introduce the notions of (µ, µ ) (m,n) -continuous, almost ...
There are various types of generalization of continuous functions in the development of topology. Re...