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December 8, 2025Mathematics0 citationsOpen Access

Exponential Stability of Volterra Integro Dynamic Equations on Time Scales

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ARAndrejs Reinfelds

Key Points

  • Stability findings imply boundedness in solutions, highlighting advancements in time scale techniques.
  • Key evidence includes sufficient conditions established for nonlinear equations in the context of time scales.
  • Approach involves a reduction of multi-dimensional problems to scalar issues using matrix measure techniques.
  • Implications may extend to dynamic systems modeling, emphasizing broader applications in mathematical theory.

Abstract

In this paper, we give new sufficient conditions for boundedness and exponential stability of solutions for nonlinear Volterra integro dynamic equations from above on unbounded time scales using first Lyapunovs method. To prove this result we reduce the n-dimensional problem to the corresponding scalar one using the concept of matrix measure and a new simpler proof of Coppel’s inequality on the time scales. There is an example that illustrates the conditions of the theorem.

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Cite This Study

Andrejs Reinfelds (2025) studied this question.

synapsesocial.com/papers/69401f062d562116f28f9f8dhttps://doi.org/10.3390/math13243918
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