Titlebook: Differential-Difference Equations/Differential-Differenzengleichungen; Applications and Num L. Collatz,G. Meinardus,W. Wetterling Book 1983

Osteoarthritis

wall-stress

ULCER

Approximation of the State of Infinite Delay and Volterra-Type Equations,s natural formulation as an abstract Cauchy problem in an infinite dimensional state space (compare (2.7) below), will be approximated by a sequence of differential equations in finite dimensional Euclidean spaces. There are several reasons for our interest in such approximation results. One of them

justify

Faktorisierung Linearer Differenzengleichungen mit Anwendungen auf Matrizen,ets vollst?ndig in Operatoren der Ordnung 1 faktorisiert werden. Eine solche Zerlegung ist in den meisten F?llen weder eindeutig noch kommutativ. Bei der Behandlung von Randwertaufgaben mit Differenzengleichungen kann man sich h?ufig derartige Faktorisierungen zunutze machen. Es werden hier mehrere

慟哭

sacrum

Characteristic Roots of Discretized Functional Differential Equations,haracteristic roots of the discretized equation is inversely proportional to the stepsize used. In this paper it is shown that only a fixed number of these roots are strictly inside the unit circle, and all the others are “essential”.

Mingle

Maximum Principles for Periodic Solutions of Linear Delay Differential Equations,f a variable delay τ=τ(t) and, separately, that of a constant delay τ. The first one is more general, as well as the conditions which are found. On the contrary, for constant delays, optimal results are obtained.

Nausea

A Numerical Procedure to Compute Many Solutions of Diffusion-Reaction Systems,s of substrate concentration in Z. and Z. only whereas Z.,…,Z. operate on a nearly constant concentration level along the branch. There are symmetric and unsymmetric steady states of this kind (see also section 2).

POINT

Lipoprotein(A)