Experiments with a real-time multi-pipeline architecture for shared control

Sam Siewert
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引用次数: 2

Abstract

This paper summarizes results from both the hard real-time RACE optical navigation experiment and the soft real-time DATA-CHASER Shuttle demonstration project and presents an integrated architecture for both hard and soft real-time shared control. The results show significant performance advantages of the shared-control architecture and greatly simplified implementation using the derived framework. Lessons learned from both experiments and the implementation of this evolving architecture are presented along with plans for future work to make the framework a standardized kernel module available for VxWorks, Solaris, and Linux.
实验与实时多管道架构共享控制
本文总结了RACE硬实时光学导航实验和软实时DATA-CHASER航天飞机演示工程的研究成果,提出了一种软硬实时共享控制的集成体系结构。结果表明,共享控制体系结构具有显著的性能优势,并且使用派生框架大大简化了实现。本文介绍了从实验和这个不断发展的体系结构的实现中获得的经验教训,以及未来工作的计划,以使该框架成为可用于VxWorks、Solaris和Linux的标准化内核模块。
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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