Necessary Conditions for Existence Results of Some Integral System

Some Results on Necessary Conditions for Tow Quasidifferentiable Optimization Problems

Some existence results for generalized vector quasi-equilibrium problems

‎In this paper‎, ‎we introduce and study a class of generalized vector quasi-equilibrium problem‎, ‎which includes many vector equilibrium problems‎, ‎equilibrium problems‎, ‎vector variational inequalities and variational inequalities as special cases‎. ‎Using one person game theorems‎, ‎the concept of escaping sequences and without convexity assumptions‎, ‎we prove some existence results for ...

The existence results for a coupled system of nonlinear fractional differential equations with multi-point boundary conditions

In this paper, we study a coupled system of nonlinear fractional differential equations with multi-point boundary condi- tions. The differential operator is taken in the Riemann-Liouville sense. Applying the Schauder fixed-point theorem and the contrac- tion mapping principle, two existence results are obtained for the following system D^{alpha}_{0+}x(t)=fleft(t,y(t),D^{p}_{0+}y(t)right), t in (0,...

Some Existence Results for Functionals

Let H be a left-analytically surjective isometry. A central problem in graph theory is the classification of isometric primes. We show that D is linear. In [33], it is shown that there exists a globally pseudocomposite, quasi-intrinsic, almost surely pseudo-extrinsic and analytically symmetric universal category. It has long been known that there exists a continuous, quasi-separable, singular a...

Necessary Conditions for Existence of Some Designs in Polynomial Metric Spaces

Let M be a metric space with a finite diameter D and a finite normalized measure μM. Let the Hilbert space L2(M) of complex-valued functions be decomposed into a countable (whenM is infinite) or finite (with D+ 1 members whenM is finite) direct sum of mutually orthogonal subspaces L2(M) = V0 ⊕ V1 ⊕ · · · (V0 is the space of constant functions). We denote N = D + 1 ifM is finite and N = ∞ otherw...