首页> 外文期刊>Journal of Mathematics and Statistics >PROBABILISTIC PERIODIC REVIEW INVENTORYMODELUSING LAGRANGE TECHNIQUE AND FUZZY ADAPTIVE PARTICLE SWARM OPTIMIZATION | Science Publications
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PROBABILISTIC PERIODIC REVIEW INVENTORYMODELUSING LAGRANGE TECHNIQUE AND FUZZY ADAPTIVE PARTICLE SWARM OPTIMIZATION | Science Publications

机译:概率定期回顾库存模拟拉格朗日技术和模糊自适应粒子群优化算法|科学出版物

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> The integration between inventory model and Artificial Intelligent (AI) represents the rich area of research since last decade. In this study we investigate probabilistic periodic review m, N> inventory model with mixture shortage (backorder and lost sales) using Lagrange multiplier technique and Fuzzy Adaptive Particle Swarm Optimization (FAPSO) under restrictions. The objective of these algorithms is to find the optimal review period and optimal maximum inventory level which will minimize the expected annual total cost under constraints. Furthermore, a numerical example is applied and the experimental results for both approaches are reported to illustrate the effectiveness of overcoming the premature convergence and of improving the capabilities of searching to find the optimal results in almost all distributions.
机译: >库存模型与人工智能(AI)之间的集成代表了自上个十年以来的研究领域。在这项研究中,我们使用限制条件下的Lagrange乘数技术和模糊自适应粒子群优化(FAPSO),研究了具有混合短缺(缺货和销售损失)的概率定期审查 m ,N>库存模型。这些算法的目的是找到最佳的审查期和最佳的最大库存水平,以在约束条件下将预期的年度总成本降至最低。此外,应用了一个数值示例,并报告了这两种方法的实验结果,以说明克服早熟收敛和提高在几乎所有分布中寻找最佳结果的搜索能力的有效性。

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