AbstractThis paper considers a class of abstract functional differential equations. By using Razumikhin technique, we establish several stability criteria, in terms of two measures, which improve some earlier results found in the literature. Several examples are also worked out to demonstrate the advantages of our results
AbstractIn this paper, a new approach is provided to study the asymptotic behavior of functions. A T...
Recently, we initiated in [Systems Control Lett., 26 (1995), pp. 245-251] the study of exponential s...
It is known that retarded functional differential equations can be regarded as Banach-space-valued g...
AbstractThe quantitative stability properties and trajectory bound estimates for a class of retarded...
The quantitative stability properties and trajectory bound estimates for a class of retarded functio...
AbstractResults involving uniform stability and uniform asymptotic stability in terms of two measure...
SIGLEAvailable from British Library Document Supply Centre- DSC:9106.1605(CU-DAMTP-NA--1/1992) / BLD...
AbstractThe paper discusses both pth moment and almost sure exponential stability of solutions to ne...
AbstractAlthough the Razumikhin-type theorems have been well developed for the stability of function...
Although the Razumikhin type theorems have been well developed for the stability of functional diffe...
Although the Razumikhin-type theorems have been well developed for the stability of functional diffe...
AbstractThis paper considers the stability problem for a class of impulsive systems of functional di...
AbstractA method for the determination of rate of decay of a solution of a stable functional equatio...
In the present paper, we study the global stability of sets of sufficiently general type with respe...
We consider a system of functional differential equations with finite delay written as x′(t) = f(t,...
AbstractIn this paper, a new approach is provided to study the asymptotic behavior of functions. A T...
Recently, we initiated in [Systems Control Lett., 26 (1995), pp. 245-251] the study of exponential s...
It is known that retarded functional differential equations can be regarded as Banach-space-valued g...
AbstractThe quantitative stability properties and trajectory bound estimates for a class of retarded...
The quantitative stability properties and trajectory bound estimates for a class of retarded functio...
AbstractResults involving uniform stability and uniform asymptotic stability in terms of two measure...
SIGLEAvailable from British Library Document Supply Centre- DSC:9106.1605(CU-DAMTP-NA--1/1992) / BLD...
AbstractThe paper discusses both pth moment and almost sure exponential stability of solutions to ne...
AbstractAlthough the Razumikhin-type theorems have been well developed for the stability of function...
Although the Razumikhin type theorems have been well developed for the stability of functional diffe...
Although the Razumikhin-type theorems have been well developed for the stability of functional diffe...
AbstractThis paper considers the stability problem for a class of impulsive systems of functional di...
AbstractA method for the determination of rate of decay of a solution of a stable functional equatio...
In the present paper, we study the global stability of sets of sufficiently general type with respe...
We consider a system of functional differential equations with finite delay written as x′(t) = f(t,...
AbstractIn this paper, a new approach is provided to study the asymptotic behavior of functions. A T...
Recently, we initiated in [Systems Control Lett., 26 (1995), pp. 245-251] the study of exponential s...
It is known that retarded functional differential equations can be regarded as Banach-space-valued g...
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