Abstract
Sevimlican suggested an effective algorithm for space and time fractional telegraph equations by the variational iteration method. This paper shows that algorithm can be updated by either variational iteration algorithm‐II or the fractional variational iteration method.
Highlights
Sevimlican suggested an effective algorithm for space and time fractional telegraph equations by the variational iteration method
This paper shows that algorithm can be updated by either variational iteration algorithm-II or the fractional variational iteration method
As early as 1998, the variational iteration method was shown to be an effective tool for factional calculus 1 ; afterwards, the method has been routinely used to solve various fractional differential equations for many years, see the review article in 2 for a detailed summarization
Summary
As early as 1998, the variational iteration method was shown to be an effective tool for factional calculus 1 ; afterwards, the method has been routinely used to solve various fractional differential equations for many years, see the review article in 2 for a detailed summarization. Sevimlican suggested an effective algorithm for space and time fractional telegraph equations by the variational iteration method.
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