Convergence of delay equations driven by a Holder continuous function of order 1/3<beta<1/2

Abstract

In this article we show that, when the delay approaches zero, the solution of multidimensional delay differential equations driven by a Holder continuous function of order 1/3<beta<1/2 converges with the supremum norm to the solution for the equation without delay. Finally we discuss the applications to stochastic differential equations

Keywords

• delay equation
• stochastic differential equation
• convergence
• fractional integral