CHARACTERIZATIONS OF FAINT θ-RARE e-CONTINUITY
The object of this paper is to introduce and investigate the new notion of faint θ -rare e-continuity, that is more general that both rare continuity and faint θ -rare continuity.
The object of this paper is to introduce and investigate the new notion of faint θ -rare e-continuity, that is more general that both rare continuity and faint θ -rare continuity.
In this paper, we present some aspects of the Lagrangian geometric model of the rheonomic mechanical systems and we apply them to a concrete rheonomic mechanical system: the motion of a material particle along a moving surface.
A new class of functions called ‘quasi perfectly continuous functions’ is introduced. Basic properties of quasi perfectly continuous functions are studied and their place in the hierarchy of variants of continuity, that already exist in the literature, is elaborated. The notion of quasi perfect continuity, in general is independent of continuity, but coincides with perfect continuity (Indian J. Pure Appl. Math. 15(3) (1984), 241-250), a sig-nificantly strong form of continuity, if the range space is regular.
The aim of this note is to give an improvement of Carleman’s inequality. The proof is elementary and our new inequality refines results stated by Bicheng and Debnath [Some inequlities involving the constant e and an application to Carleman’s inequlity. J. Math. Anal. Appl. 223 (1998) 347–353], Xie and Zhong [A best approximation for constant e and an improvement to Hardy’s inequality J. Math. Anal. Appl. 252 (2000) 994–998.], Ping and Guozheng [A Strengthened Carleman’s inequality. J. Math. Anal. Appl. 240 (1999) 290–293] and Yang [On Carleman’s inequality J. Math. Anal. Appl. 253 (2001) 691–694].
Making use of an integral operator involving the Hurwitz-Lerch zeta function, we introduce a new subclass of analytic functions Q^{*\alpha}_{s,b}(\delta,\beta) defined in the open unit disk and investigate its various characteristics. Further we obtain distortion bounds, extreme points and radii of close-to-convexity, starlikeness and convexity for functions belonging to the class Q^{*\alpha}_{s,b}(\delta,\beta).
Quite recently, the present authors [16] have defined and investigated the notion of mg^*-closed sets as a modification of g-closed sets due to Levine [10]. In this paper, we introduce the notion of mg^*-closed function and obtain a general decomposition of closed functions in topological spaces.
In this paper, we introduce and investigate the notions of strongly G-β-open sets and G-β-open sets in a topological space with a grill. Furthermore, by using these sets, we obtain new decompositions of continuity.
In this paper, we prove a common fixed point theorem for two pairs of weakly compatible mappings satisfying a contraction-type condition in Menger spaces. As appli-cation to our result, we obtain the corresponding common fixed point theorem in fuzzy metric spaces.
The lazy evaluation mechanism included by the Haskell Language and the State Monad are used to build a modular plugin based compiler for a DSL called Simple. This is helping programmers to avoid the backpatching procedure, so producing a clear, modular simplified, monadic code generator.
Semilattice-ordered semigroup is an important algebraic structure. It is ordered semigroup under anti-order. Some basic properties of semillatice-ordered semigroups with apartness are given by constructive point of view. Let I and K be compatible, an ideal and an anti-ideal of semilattice-ordered semigroup S. Constructions of compatible congruence E(I) and anti-congruence Q(K) on S, generated by I and K respec-tively, are given. Besides, we construct compatible order and anti-order θT on factor-semigroup S/(E(I),Q(K)). Some basic properties of such constructed semigroups are given.
The purpose of this paper is to investigate some properties of fuzzy ideals and fuzzy bi-ideals in Γ -semigroups and to introduce the notion of fuzzy quasi ideals in Γ -semigroups. Here, we also characterize regular and intra-regular Γ -semigroup in terms of fuzzy quasi ideals and fuzzy bi-ideals.
In this paper, a strong form in ideal topological spaces of weak θ -pre continuity, called weak θ -pre-I continuity, is introduced. It is shown that weak θ -pre-I continuity is strictly weaker than strong θ -pre-I continuity and that it is between continuity and almost weak continuity. Also, additional properties of these functions are investigated.