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Software Architecture for Safety Communication in Critical Systems

机译:关键系统中安全通信的软件架构

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Safety systems for critical industrial automation must detect the highest possible percentage of communication errors because they can place lives, property, or the environment at risk. To reduce the probability of failures, safety communication protocols developed in accordance with IEC 61784-3 and certified in accordance with IEC 61508 are used. These standards define the fault tolerance mechanisms and software engineering measures that should be implemented to detect and avoid errors that can corrupt data transmission between automation devices. This paper presents the main aspects of the implementation of a safety communication protocol, that were observed during the development of a programmable logic controler.
机译:关键工业自动化的安全系统必须检测到最大百分比的通信错误,因为它们可能使生命,财产或环境面临风险。为了减少故障的可能性,使用了根据IEC 61784-3开发并经过IEC 61508认证的安全通信协议。这些标准定义了容错机制和软件工程措施,应实施这些机制以检测和避免可能破坏自动化设备之间的数据传输的错误。本文介绍了安全通信协议实施的主要方面,这些方面是在可编程逻辑控制器的开发过程中观察到的。

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