One solution of camera service in AUTOSAR Adaptive environment

M. Kotur, N. Lukic, Momcilo Krunic, Gordana S. Velikic
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引用次数: 2

Abstract

The rapid evolution of the automotive industry sets new requirements and challenges in the development of autonomous driving software. As an answer to these industry requests, for the development of such complex systems, defined standards and software development process are required, which will minimize the risk to an acceptable minimum. These demands have become a foundation for AUTOSAR – an open, standardized software architecture, which introduced a new standard – Adaptive platform. Since the camera sensor is one of the most important, but also the most critical sensors in the cars, the implementation of the camera service component is presented, which relies on the usage of AUTOSAR Adaptive platform, C++ programming language and ARXML scheme, as parts of Adaptive standard. The solution was tested by measuring the performance of the camera services, more precisely the time required to deliver the frame from the camera to the client application. This way of developing software components, enables system resource planning at the design time, thus contributing to security and avoiding unwanted errors.
AUTOSAR自适应环境下摄像机服务的一种解决方案
汽车工业的快速发展对自动驾驶软件的开发提出了新的要求和挑战。作为对这些行业要求的回答,对于这样复杂系统的开发,需要定义的标准和软件开发过程,这将使风险最小化到可接受的最低限度。这些需求已经成为AUTOSAR的基础,AUTOSAR是一个开放的、标准化的软件架构,它引入了一个新的标准——自适应平台。鉴于摄像头传感器是汽车中最重要、也是最关键的传感器之一,本文提出了基于AUTOSAR自适应平台、c++编程语言和ARXML方案作为自适应标准组成部分的摄像头服务组件的实现。通过测量相机服务的性能来测试该解决方案,更准确地说是将帧从相机传送到客户端应用程序所需的时间。这种开发软件组件的方式支持在设计时进行系统资源规划,从而有助于提高安全性并避免不必要的错误。
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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