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Automatic simulation model implementation of robotic production cells in a 3D manufacturing simulation environment

机译：3D制造模拟环境中机器人生产细胞的自动仿真模型实现

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Due to the high demand placed on today's production systems, such as high flexibility or low cost and time requirements, simulations tools continue to gain more importance. With the help of simulation tools, complex production systems can be designed as well as examined in terms of feasibility before their actual physical existence in order to make them controllable and to avoid possible cost-intensive errors. However, creating and implementing a simulation model manually takes a considerable amount of time and expert knowledge regarding the used simulation tool. A promising approach for this is to automate the implementation of simulation models using existing data about product, processes and resources (PPR-Triple). Therefore, the simulation model should represent the layout as well as the executed processes and workflows. For this purpose, the presented paper focuses on the automatic workflow and process transfer to the 3D simulation environment of Visual Components. For the representation of the imported layout and process data AutomationML (AML) is extended and utilized as a data exchange format.
机译：由于当今生产系统的需求很高，例如高的灵活性或低成本和时间要求，模拟工具继续增加更多的重要性。在仿真工具的帮助下，可以设计复杂的生产系统，并在其实际物理存在前的可行性方面进行检查，以便使其可控，并避免可能的成本密集错误。然而，创建和实现模拟模型手动采用相当大量的时间和专家知识，就使用的模拟工具。为此有希望的方法是使用有关产品，流程和资源（PPR-Triple）的现有数据来自动执行模拟模型。因此，仿真模型应表示布局以及执行的进程和工作流程。为此，所提出的文件侧重于自动工作流程和过程传输到视觉组件的3D仿真环境。对于导入的布局和进程数据的表示，AutomationML（AML）被扩展并用作数据交换格式。

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