AUTOSAR自适应标准中设计模式的应用

M. Kotur, N. Lukic, Momcilo Krunic, Gordana S. Velikic
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引用次数: 1

摘要

现代文明在接受自动驾驶等新兴技术方面面临着重大挑战。在这篇文章中,作者提出,自动驾驶在于软件安全标准,而软件安全标准在利益相关方和公众的共同关注下不断修订和完善。本文解释了现代汽车行业软件开发的关键概念,如ISO、V模型、ASIL、SOME / IP和解决方案实现中使用的编程语言,如c++。文章还介绍了AUTOSAR作为汽车软件架构的全球标准化联盟,旨在适应当前趋势,并为这些方面提供一致的标准。AUTOSAR自适应标准中的设计模式已被验证为不同软件组件之间通信的有用方面。因此,有必要创建并永久升级设计模式目录,以帮助设计师构建可靠的关键软件架构,以满足汽车内部的密集通信。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Utilization of design patterns in AUTOSAR Adaptive standard
Modern civilization faces a significant challenge in embracing emerging technologies, like autonomous driving. In this article authors present that autonomous driving lies in software safety standards which are in ongoing revisions and improvements under the eyes of interested parties and public in whole. The article explains the key concepts for software development in the modern automotive industry such as ISO, V model, ASIL, SOME / IP and programming languages used in the implementation of the solution, such as C ++. Article also addressed AUTOSAR as the global standardization consortium for automotive software architectures that aims to adapt to current trends, and to provide a consistent standard for these aspects. Design patterns in AUTOSAR Adaptive standard have been validated as a useful aspect in communication between different software components. So, there is a need to create and permanently upgrade a catalog of design patterns which helps designers to build reliable critical software architecture adequate for intense communication within the car.
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