首页 > 《应用数学学报：英文版》 > 2011年4期 > Variation of Parameters Formula and Gronwall Inequality for Differential Equations with a General Piecewise Constant Argument

Variation of Parameters Formula and Gronwall Inequality for Differential Equations with a General Piecewise Constant Argument

打印

在线阅读下载PDF 导出详情

摘要参数公式和Gronwall类型积分不平等的一个变化为包含一般piecewise的一个微分方程被证明或者先进、延迟的争论。

DOI lj1v78l7jv/1000944

作者 Kuo-Shou CHIU;Manuel PINTO

机构地区不详

出处《应用数学学报：英文版》 2011年4期

关键词 GRONWALL不等式逐段常变量微分方程公式积分不等式差分方程

分类 [理学][基础数学]

出版日期 2011年04月14日（中国Betway体育网页登陆平台首次上网日期，不代表论文的发表时间）

相关文献

1LuoZhiguo ShenJianhua.OSCILLATION OF DELAY DIFFERENTIAL EQUATIONS WITH PIECEWISE CONSTANT ARGUMENT.基础数学,2000-04.
2.A New Almost Periodic Type Solution of First Order Neutral Delay Differential Equations with Piecewise Constant Argument.基础数学,2001-03.
3Rongkun Zhuang;Hongwu Wu.ON ALMOST AUTOMORPHIC SOLUTIONS OF THIRD-ORDER NEUTRAL DELAY-DIFFERENTIAL EQUATIONS WITH PIECEWISE CONSTANT ARGUMENT.基础数学,2016-04.
4Guo Jian LIN;Rong YUAN.Pseudo Almost Periodic Solutions of a Singularly Perturbed Differential Equation with Piecewise Constant Argument.基础数学,2007-03.
5Long JIANG.Jensen＇s Inequality for Backward Stochastic Differential Equations.基础数学,2006-05.
6Dimplekumar N.;CHALISHAJAR;K. KARTHIKEYAN.EXISTENCE AND UNIQUENESS RESULTS FOR BOUNDARY VALUE PROBLEMS OF HIGHER ORDER FRACTIONAL INTEGRO-DIFFERENTIAL EQUATIONS INVOLVING GRONWALL＇S INEQUALITY IN BANACH SPACES.基础数学,2013-03.
7Kuo-Shou CHIU.ASYMPTOTIC EQUIVALENCE OF ALTERNATELY ADVANCED AND DELAYED DIFFERENTIAL SYSTEMS WITH PIECEWISE CONSTANT GENERALIZED ARGUMENTS.基础数学,2018-01.
8MENG Qing-xin;TANG Mao-ning.A variational formula for controlled backward stochastic partial differential equations and some application.基础数学,2014-03.
9ISTVN GYRI.OSCILLATIONS OF NONLINEAR DELAY DIFFERENTIAL EQUATIONS——GENERAL LINEARIZED OSCILLA TIONS RESULTS.基础数学,1992-04.
10余祥明.AN INEQUALITY OF BERNSTEIN TYPE FOR PIECEWISE MONOTONE FUNCTIONS AND ITS APPLICATION.基础数学,1985-05.

来源期刊

应用数学学报：英文版

相关推荐

同分类资源更多

相关关键词

GRONWALL不等式逐段常变量微分方程公式积分不等式差分方程

返回顶部