A class of competing models with discrete delay
A converse to the Lions-Stampacchia theorem
In this paper we show that a linear variational inequality over an infinite dimensional real Hilbert space admits solutions for every nonempty bounded closed and convex set, if and only if the linear operator involved in the variational inequality is pseudo-monotone in the sense of Brezis.
A converse to the Lions-Stampacchia Theorem
In this paper we show that a linear variational inequality over an infinite dimensional real Hilbert space admits solutions for every nonempty bounded closed and convex set, if and only if the linear operator involved in the variational inequality is pseudo-monotone in the sense of Brezis.
A discrete monetary economic growth model with the MIU approach.
A few remarks on almost -polynomial functions
A fixed point approach to the fuzzy stability of an additive-quadratic-cubic functional equation.
A fixed point approach to the stability of a functional equation of the spiral of Theodorus.
A fixed point approach to the stability of a general mixed AQCQ-functional equation in non-Archimedean normed spaces.
A fixed point approach to the stability of a generalized Cauchy functional equation.
A fixed point approach to the stability of a quadratic functional equation in -algebras.
A fixed point approach to the stability of an additive-quadratic-cubic-quartic functional equation.
A fixed point approach to the stability of an equation of the square spiral.
A fixed point approach to the stability of Pexider quadratic functional equation with involution.
A fixed point approach to the stability of quadratic functional equation with involution.
A fixed point approach to the stability of quintic and sextic functional equations in quasi--normed spaces.
A fixed point approach to the stability of the functional equation .
A fixed point approach to the stability of -morphisms on Hilbert -modules.
A functional equation characterizing cubic polynomials and its stability.
A functional equation originating from elliptic curves.
A functional inequality in restricted domains of Banach modules.