Concept of a process simulator for logistics

Computer simulation is an effective tool for identifying bottlenecks and improving the efficiency of logistics systems. It allows us to test different scenarios, analyse the consequences of changes and optimise processes without physical intervention in the real system. To study a real logistics system using simulation, it is necessary to create a model with a certain degree of accuracy. The simulation model should reflect the real functioning of the system; therefore, the more accurate the model is, the better it matches the real system, which results in more credible and beneficial outputs for decision-making in practice. This emphasis on the benefits of accurate models for decision-making makes the audience feel confident and informed. Today’s modern tools allow simulation models to be created straightforwardly, often using a drag-and-drop method, slightly reducing the need for programming knowledge. This method makes simulation more accessible, and yet programming cannot be completely avoided for complex simulation models. Simulation software provides a variety of visualization options - from the classic 2D interface to advanced 3D view. Some of these tools even offer integration with virtual reality. This article focuses on integrating the Technomatix Plant Simulation software tool with the Edddison extension, which brings new possibilities to interact with simulation models through physical objects, thus enabling work in a mixed reality environment. One of the main advantages of this extension is the increased user interactivity and ease of implementation of this extension. The article mentions the capabilities of the Edddison extension but also its limitations. The article further focuses on the concept of a process simulator for logistics, which is based on the Tecnomatix simulation tool and the visualization component.