相关期刊:《Numerical Mathematics(Theory,Methods and Applications)》《大学数学》《Journal of Systems Engineering and Electronics》《Journal of Computational Mathematics》更多>>
This project is supported by NSF of China (No.10101012);Shanghai Rising Star Program (No.03QA14036) ;The Special Funds for Major Specialties of Shanghai Education Committee.
This paper deals with analytic and numerical dissipativity and exponential stability of singularly perturbed delay differential equations with any bounded state-independent lag. Sufficient conditions will be presented...
Deals with the asymptotic stability properties of θ methods for the pantograph equation and the linear delay differential algebraic equation with emphasis on the linear θ methods with variable stepsize schem...
This paper focuses on the numerical stability of the block θ methods adapted to differential equations with a delay argument. For the block θ methods, an interpolation procedure is introduced which leads to the nume...
This paper deals with the asymptotic stability of theoretical solutions and numerical methods for the delay differential equations(DDEs)where a,b1,b2,. ..,bm and yo ∈ C, 0 < λm ≤ λm-1 ≤ ... ≤λl < 1. A sufficien...
This paper deals with the stability analysis of numerical methods for the solution of delay differential equations. We focus on the behaviour of three θ-methodsin the solution of the linear test equation u'(t)-A(t)u(...
This paper deals with the stability analysis of θ-methods for the numericalsolution of delny dmerential equations (DDEs). We focus on the behavioux of suchmethods in the solution of the linear test equation y'(t) = a...
This paper deals with the numerical solution of initial value problems for pantograph differential equations with variable delays. We investigate the stability of one leg θ-methods in the numerical solution of these ...
This paper deals with the numerical solution of initial value problems for systems of differential equations with two delay terms. We investigate the stability of adaptations of the θ-methods in the numerical solutio...