Research Article
Optimal Pricing and Ordering Policy for Deteriorating Items with Stock-and-Price Dependent Demand and Presale Rebate
Table 1
Our paper versus literatures for key assumptions of inventory models with deteriorating items.
| Author/authors | Demand rate | Deterioration rate | Shortage or not | Shortage cost | Decision |
| Skouri et al. [8] | Time-dependent | Weibull distribution | Yes | Constant | , | Sicilia et al. [9] | Time-dependent | Constant | Yes | Constant | , | Cheng et al. [10] | Time-dependent | Constant | Yes | Constant | | Zhao [11, 12] | Time-dependent | Weibull distribution | Yes | Constant | | Begum et al. [13] | Price-dependent | Weibull distribution | No | No | , | Dye [14] | Price-dependent | Time-dependent | Yes | Constant | , , and | Yang et al. [15] | Price-dependent | No | Yes | Constant | , | B. Sarkar and S. Sarkar [16] | Stock-dependent | Time-dependent | Yes | Constant | , | Padmanabhan and Vrat [17] | Stock-dependent | Constant | Yes | Constant | , | Avinadav et al. [18] | Price-and-time | Constant | No | No | , , and | Maihami and Nakhai Kamalabadi [19] | Price-and-time | Noninstantaneous | Yes | Constant | , | Hou and Lin [1] | Price-and-stock | Constant | Yes | Constant | , | Giri and Bardhan [5] | Price-and-stock | No | No | No | , |
| This paper | Price-and-stock | Constant | Presale | Time-dependent | , , and |
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= selling price, = replenishment/out of stock time, = order quantity, = inventory cycle, and = the number of replenishment.
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