2nd ICAI 2022

International Conference on Automotive Industry 2022

Mladá Boleslav, Czech Republic

1.1 Literature review for publications in the field of organization and organization of the warehouse During a research of scientific publications in the field of layout, organization and management of the warehouse, it was found that most authors deal with the organization of the warehouse, especially in terms of efficiency of batching and picking orders. This fact is confirmed by the authors Cergibozan a Tasan (2019) in a study focused on current developments and trends in this area. Most authors direct their efforts to create such a warehouse arrangement, which will lead to more efficient order picking when shipping goods. (Li, 2011). In a few cases, however, the authors set out on the way of dynamic warehouse organization optimization systems, which constantly recalculate the optimal warehouse organization scheme based on current data on warehouse status, orders, etc. Cergibozan and Tasan (2019) consider a dynamic and multi-criteria approach to solving the tasks of warehouse management to be necessary in the future. Manzini, Gamberi and Persona (2007) present an integrated approach to supporting the decision-making process in optimizing the OPS (order picking system). Their study aims to identify the impact of different storage and picking approaches and strategies on the system’s response to customer orders. To do this, they analysed hundreds of industrial systems and performed thousands of simulations of various scenarios. Based on these analyses and simulations, they proposed a multiparametric dynamic and analytical model. When verifying and evaluating the proposed models, they identified the most important factors affecting system performance and their effects were measured by more factorial analysis. Figure 1 shows a process diagram summarizing the main steps of the proposed integrated approach. The procedure described and illustrated inspired the creation of the model presented in this article.

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