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Performance Improvement in Physical Internet Supply Chain Network using Hybrid Framework

机译:使用混合框架物理互联网供应链网络的性能改进

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Nowadays, reducing total costs while enhancing customer satisfaction is a major task for many supply chain systems. To deal with this issue, the ‘Physical Internet’ (PI) paradigm can be represented as a potential replacement for the current logistics system. This paper devoted the cost reduction and lead time improvement in a PI-SCN using a hybrid framework based on an artificial neural network (ANN) and an improved slime mould algorithm metaheuristic. To address the performance of the proposed framework, a real-case study in Morocco is considered. The new trainer ISMA’s performance has been investigated regarding five recent metaheuristics. The experimental results highlight the effectiveness of ISMA according to other metaheuristics for training Feed-forward Neural Networks (FNNs) to converge speed and to avoid local minima.
机译:如今,降低了总成本,同时提高了客户满意度是许多供应链系统的主要任务。 要处理此问题,“物理互联网”(PI)范例可以表示为当前物流系统的潜在替代品。 本文使用基于人工神经网络(ANN)的混合框架和改进的粘液模具算法成群化,致力于PI-SCN的成本降低和提前时间改进。 为了解决拟议框架的表现,考虑了在摩洛哥的实际研究。 新的教练ISMA的表现已经调查了最近的五个陨病学。 实验结果突出了ISMA的效果,根据其他培训前向神经网络(FNN)来收敛速度并避免局部最小值。

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