时滞泛函微分方程的(A,B,D_)方法

(A,B,D_)Methods of Delay Functional Differential Equations

在求解泛函常微分方程的(A,B,D)方法基础上进一步推广到时滞的情况,形成(A,B,D)方法,并得到零稳定的充分条件。

In the paper (A,B,D) is the numerical methods for the solution to the initial value problem for ordinary Volterra functional differential equations extended to delay systems. We obtain a sufficient condition of the zero stablity.