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RT-component based integration for IEC61508 ready system using SysML and IEC61499 function blocks

机译:使用SysML和IEC61499功能块的基于IEC 61508的系统的基于RT组件的集成

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Robots need to be dependable to work closely with humans. Further they must be accountable for the system design and development process. This makes some of the safety related standards such as IEC61508 adopt module based architecture and model driven engineering process. On the other hand, module-based architectures using middlewares are popular in the integration phase, when developing robot systems. To elaborate the behaviors of realtime control modules, IEC61499 function blocks derived from PLC languages is useful. Therefore, in this paper, we combine them and present a development process consisting of system design in SysML, elaboration in function blocks and integration using RTMSafety, which is an implementation of RT-middleware for the use of safety-related systems. We also show an example system for a dual-arm robot intended to work with human workers.
机译:机器人必须可靠,才能与人类紧密合作。此外,他们必须对系统设计和开发过程负责。这使得一些与安全相关的标准(例如IEC61508)采用基于模块的体系结构和模型驱动的工程流程。另一方面,在开发机器人系统时,在集成阶段流行使用中间件的基于模块的体系结构。为了详细说明实时控制模块的行为,从PLC语言派生的IEC61499功能块很有用。因此,在本文中,我们将它们结合起来,并提出了一个开发过程,该过程包括SysML中的系统设计,功能块的详细说明以及使用RTMSafety的集成,后者是用于安全相关系统的RT中间件的实现。我们还展示了旨在与人类工人一起工作的双臂机器人的示例系统。

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