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On the Entropic Order Quantity Model Based on the Conformable Calculus |
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PP: 263-273 |
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doi:10.18576/pfda/070405
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Author(s) |
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Samir B. Hadid,
Rabha W. Ibrahim,
Shaher Momani,
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Abstract |
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| In this paper, we present a dynamic system for economic order quantity (EOQ) by utilizing a special type of fractional calculus named conformable calculus. We present the generalized conformable entropy order quantity (C-EnOQ). In this situation, we supply the cost functions with reference to time in a recurring dated. In this system, we consider the linked optimization issue and improve an uninterrupted method for figuring a bounded interval casing the optimal arrangement expanse, exploiting the Tsallis fractional entropy. Moreover, for an astonishing class of transference functions, we explore these cost functions to compute the optimal magnitude.
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