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Harmonizing ARINC 653 and Realtime POSIX for Conformance to the FACE Technical Standard

机译:协调ARINC 653和实时POSIX以符合FACE技术标准

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The avionics industry is converging toward the next generation of software standards produced by The Open Group via the Future Airborne Capability Environment (FACE) consortium and related FACE Technical Standard. The standard combines ARINC 653, a previous avionics standard, with subsets of POSIX 1003.1 that are closely aligned with the POSIX realtime profiles PSE52, PSE53, and PSE54. In this paper, we describe our approach to design, implement, and certify a system with FACE Conformance to the FACE Operating System Segment Safety Base profile. Our approach integrates the ARINC 653-compliant Deos with RTEMS, an open-source real-time operating system (RTOS). Our goal in combining Deos/RTEMS was to achieve certification of FACE Conformance in a low-cost manner by relying on existing, mature software that already provides the majority of the functionality required by the FACE Technical Standard. We reached our goal with under 10,000 source lines of code (SLOC) written to integrate RTEMS into Deos and implement any additional POSIX application programming interfaces (APIs) and tests needed for certification.
机译:航空电子行业正在通过未来机载能力环境(FACE)联盟和相关的FACE技术标准,向The Open Group制定的下一代软件标准汇聚。该标准将以前的航空电子标准ARINC 653与POSIX 1003.1的子集(与POSIX实时配置文件PSE52,PSE53和PSE54紧密结合)结合在一起。在本文中,我们描述了我们的设计,实现和认证具有FACE符合FACE操作系统段安全基础配置文件的系统的方法。我们的方法将兼容ARINC 653的Deos与RTEMS(一种开源实时操作系统(RTOS))集成在一起。我们结合Deos / RTEMS的目标是通过依靠现有的成熟软件来以低成本方式获得FACE合格证,该软件已经提供了FACE技术标准所要求的大部分功能。我们达到了我们的目标,编写了不到10,000个源代码行(SLOC),将RTEMS集成到Deos中,并实现了认证所需的任何其他POSIX应用程序编程接口(API)和测试。

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