Abstract
Purpose: The purpose of the presented research and analysis was to create design assumptions for a vision system supporting security supervision in the warehouse space to reduce threats. Design/methodology/approach: In the first phase of creating the project concept, two methods of hazard analysis (FTA and ETA) were used in the warehouse facility. Then, at the stage of selecting the devices included in the video surveillance system, a simple FOKUS program was used to scale the cameras. Findings: In order to create a vision system project for a selected warehouse facility, an analysis of its spatial structure, weak points and identification of possible threats was carried out, taking into account the specificity of work performed within the working space of the warehouse. Then, video surveillance zones were determined based on the classification of threats in the space of the facility. The devices included in the vision system were also selected according to the assumed functions of this system and their distribution in the tested object. In addition, the optimal parameters of the cameras (using a scaling program) and the characteristics of other necessary devices of the vision system were determined. Practical implications: The solution can be an aid in making an investment decision by the management in order to improve security management in the examined warehouse facility of company X. Originality/value: As a result of the analyses, an optimal and original design solution for the vision system was obtained for the tested warehouse in company X. Keywords: security management, storage facility security, threat monitoring, video surveillance system. Category of the paper: technical document, case study.
Published Version
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