比較・最上級（最上級編②）

We shall see below how such Lyapunov functions are related to certain convex cones and how to exploit this relationship to derive results on common diagonal Lyapunov function (CDLF)

Analogs of this theorem were proved by Roitberg for nonregular elliptic boundary- value problems and for general elliptic systems of differential equations, the mod- ified scale of

One of the most classical characterizations of the real exponential function f(x)- e is the fact that the exponential function is the only (modulo a multiplicative constant)

Then it follows immediately from a suitable version of “Hensel’s Lemma” [cf., e.g., the argument of [4], Lemma 2.1] that S may be obtained, as the notation suggests, as the m A

Correspondingly, the limiting sequence of metric spaces has a surpris- ingly simple description as a collection of random real trees (given below) in which certain pairs of

In section 4 we use this coupling to show the uniqueness of the stationary interface, and then finish the proof of theorem 1.. Stochastic compactness for the width of the interface

Based on sequential numerical results [28], Klawonn and Pavarino showed that the number of GMRES [39] iterations for the two-level additive Schwarz methods for symmetric

Many approaches to the description of composite systems or many particle states have been made based on the modified commutation relations either without subscribing to the