Analytic solutions for a class of differential equation with delays depending on state
作者:
Highlights:
•
摘要
In this paper, we study existence of analytic solutions of a class of the differential equation with state-dependent delaysx′(z)=∑j=0k∑t=1∞Ct,j(z)(x[j](z))t+G(z)in the complex field C. By constructing a convergent power series solution y(z) of an auxiliary equation of the formαy′(αz)=y′(z)∑j=0k∑t=1∞Ct,j(y(z))(y(αjz))t+G(y(z))with ⧹α=G(0)∈C⧹{0}, invertible analytic solutions of the form y(αy−1(z)) for the original equation are obtained.
论文关键词:Differential equation with state-dependent delays,Analytic solution,Resonance,Diophantine condition,Brjuno condition
论文评审过程:Available online 11 September 2006.
论文官网地址:https://doi.org/10.1016/j.amc.2006.07.100