車載ネットワークのセキュリティ監視システム

In this section, we establish some uniform-in-time energy estimates of the solu- tion under the condition α − F 3 c 0 > 0, based on which the exponential decay rate of the

In recent years, singular second order ordinary differential equations with dependence on the first order derivative have been studied extensively, see for example [1-8] and

The assertions stated in this work have been specialized in the area of the location of zeros for complex polynomials in terms of two foci: (i) finding bounds for complex

As an application, we present in section 4 a new result of existence of periodic solutions to such FDI that is a continuation of our recent work on periodic solutions for

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

Using a method developed by Ambrosetti et al [1, 2] we prove the existence of weak non trivial solutions to fourth-order elliptic equations with singularities and with critical

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