An interval solution for the n-th order linear ODEs with interval initial conditions
Abstract
In this paper, a new method for interval solution of the $n^{th}$
order linear ordinary differential equations (ODEs) with interval
initial conditions is constructed. In this approach, by using the
Neher's algorithm \cite{ref1}, first we obtain a guaranteed
enclosure solution for an initial point value problem and then
based on the Moore's idea \cite{ref2021,ref3}, we transform this
solution to arrive at an interval solution for the main problem.
For the sake of clarity, we present an algorithm in terms of the
linear second order ODEs ($n=2$). Finally, some numerical examples
are presented to demonstrate the efficiency of the proposed
algorithm.
order linear ordinary differential equations (ODEs) with interval
initial conditions is constructed. In this approach, by using the
Neher's algorithm \cite{ref1}, first we obtain a guaranteed
enclosure solution for an initial point value problem and then
based on the Moore's idea \cite{ref2021,ref3}, we transform this
solution to arrive at an interval solution for the main problem.
For the sake of clarity, we present an algorithm in terms of the
linear second order ODEs ($n=2$). Finally, some numerical examples
are presented to demonstrate the efficiency of the proposed
algorithm.
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PDFISSN: 1331-0623 (Print), 1848-8013 (Online)