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首页> 外文期刊>Journal of International Maritime Safety, Environment Affairs and Shipping >Dynamic analysis and management optimization for maritime supply chains using nonlinear control theory
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Dynamic analysis and management optimization for maritime supply chains using nonlinear control theory

机译：非线性控制理论对海上供应链的动态分析与管理优化

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As world trade becomes ever more globalised and interconnected, the international maritime supply chains are experiencing challenges as well as enjoying greater business opportunities. Chaotic systems are always described by deterministic laws, however they produce completely erratic and divergent behaviors. The study of system dynamics and management strategy has been promoted to improve the efficiency and effectiveness of chaotic maritime supply chains. This paper deals with a nonlinear control theory for how to intensely explore complex dynamical behaviours in multi-echelon supply chain networks. Also, novel sliding mode controllers are designed to regulate the supply chain management to achieve the control and synchronization of chaotic behaviour of the system dynamics. Extensive numerical simulations have been conducted to validate the efficacy and reliability of the presented control algorithms for maritime supply chains under parametric perturbations and external disturbances.
机译：随着世界贸易更加全球化和相互关联的，国际海事供应链正在经历挑战，享有更大的商机。始终通过确定性法律来描述混沌系统，但它们产生完全不稳定和不同的行为。促进了对系统动态和管理战略的研究，以提高混沌海事供应链的效率和有效性。本文涉及如何在多梯队供应链网络中强烈探索复杂的动态行为的非线性控制理论。此外，新颖的滑模控制器旨在调节供应链管理，实现系统动态的混沌行为的控制和同步。已经进行了广泛的数值模拟，以验证参数扰动和外部干扰下的海上供应链的所呈现控制算法的功效和可靠性。

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