How to Use a Graphical Programming Language in Functional Safety, using the Example of Lab VIEW

2020 IEEE International RF and Microwave Conference (RFM) Pub Date : 2020-12-14 DOI:10.1109/RFM50841.2020.9344729

N. Berezowski, M. Haid

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引用次数: 1

Abstract

This work presents the current state of research into developing recommendations for applying graphical full variability programming languages (FVL) in safety-related system developments. The story's basis presents an analysis of existing safety-related standards to understand implementation in text-based programming environments and fulfill application requirements. Based on the study, we created a list of different methods and procedures. You will find the implementation in a graphical language to meet all these requirements in the following. Therefore, the core of this work essentially provides the development and validation of recommendations for graphical programming languages to meet applicable standards and guidelines. The result of this development will be an architecture and will give recommendations for programming guidelines. Finally, we want to use the received proposals for a particular graphical programming language to provide practical proof of feasibility. Suggestions apply to the concrete development environment LabView with the programming language G. Implementation, validation, and verification in an evaluation project using unique methods from the standards has been planned.

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如何在功能安全中使用图形化编程语言，以Lab VIEW为例

这项工作介绍了在安全相关系统开发中应用图形化全可变性编程语言(FVL)的建议的研究现状。故事的基础是对现有安全相关标准的分析，以理解在基于文本的编程环境中的实现并满足应用程序需求。基于这项研究，我们创建了一系列不同的方法和程序。您将在下面找到满足所有这些需求的图形语言实现。因此，这项工作的核心本质上是开发和验证图形化编程语言的建议，以满足适用的标准和指导方针。开发的结果将是一个体系结构，并将为编程指南提供建议。最后，我们希望使用收到的针对特定图形化编程语言的建议来提供可行性的实际证明。建议适用于使用编程语言g的具体开发环境LabView。已计划在评估项目中使用标准中的独特方法实现、验证和验证。

本文章由计算机程序翻译，如有差异，请以英文原文为准。

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2020 IEEE International RF and Microwave Conference (RFM)

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