Selfadjoint Means and Operator Monotone Functions.
Semicontinuity in for polyconvex integrals
Viene studiata la semicontinuità rispetto alla topologia di per alcuni funzionali del Calcolo delle Variazioni dipendenti da funzioni a valori vettoriali.
Semicopulæ
We define the notion of semicopula, a concept that has already appeared in the statistical literature and study the properties of semicopulas and the connexion of this notion with those of copula, quasi-copula, -norm.
Semicopulas: characterizations and applicability
We characterize some bivariate semicopulas and, among them, the semicopulas satisfying a Lipschitz condition. In particular, the characterization of harmonic semicopulas allows us to introduce a new concept of depedence between two random variables. The notion of multivariate semicopula is given and two applications in the theory of fuzzy measures and stochastic processes are given.
Semidifferentials, quadratic forms and fully nonlinear elliptic equations of second order
Semiéquicontinuité approximative et measurabilité
Semigroups of ...-density continuous functions.
Semilinear fractional order integro-differential equations with infinite delay in Banach spaces
This paper concerns the existence of mild solutions for fractional order integro-differential equations with infinite delay. Our analysis is based on the technique of Kuratowski’s measure of noncompactness and Mönch’s fixed point theorem. An example to illustrate the applications of main results is given.
Semilinear functional differential equations of fractional order with state-dependent delay.
Seminorm generating relations and their Minkowski functionals.
Separate approximate continuity and strong approximate continuity
Separately continuous functions: approximations, extensions, and restrictions.
Separating sets by Darboux-like functions
We consider the following problem: Characterize the pairs ⟨A,B⟩ of subsets of ℝ which can be separated by a function from a given class, i.e., for which there exists a function f from that class such that f = 0 on A and f = 1 on B (the classical separation property) or f < 0 on A and f > 0 on B (a new separation property).
Separation by monotonic functions.
Separation via quadratic functions.
Separation via quadratic functions. (Summary).
Series of positive terms
Series solutions of time-fractional PDEs by homotopy analysis method.
Sesquiregular Measures in Product Spaces and Convolution of Such Measures
Set theoretic real analysis.