The application of COTS technology in future modular avionic systems

G. Wilcock, T. Totten, A. Gleave, R. Wilson
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引用次数: 8

Abstract

Current avionic systems make extensive use of military specifications and standards but are based on dedicated implementations for individual avionic functions. The result is a proliferation of military devices, software and support environments that are expensive to develop, procure and support. Future systems will be based on integrated modular avionic concepts in which all functions are implemented on a common processing platform constructed from a standard set of hardware and software modules. The paper describes the approach being taken to optimise the application to future modular systems: an architecture based on standardised interfaces will allow modules to be based on commercial components and standards to achieve affordability and exploit rapid advances in commercial technology. At the same time, approaches are being developed to deal with COTS (commercial off-the-shelf) application problems such as short commercial time-scales and loss of control over specifications and standards.
COTS技术在未来模块化航空电子系统中的应用
当前的航空电子系统广泛使用军用规格和标准,但基于个人航空电子功能的专用实现。其结果是军事设备、软件和支持环境的激增,这些设备、软件和支持环境的开发、采购和支持成本都很高。未来的系统将基于集成的模块化航空电子概念,其中所有功能都在由一组标准硬件和软件模块构建的通用处理平台上实现。本文描述了优化应用于未来模块化系统的方法:基于标准化接口的体系结构将允许模块基于商业组件和标准,以实现可负担性并利用商业技术的快速发展。同时,正在开发处理COTS(商业现货)应用程序问题的方法,例如短的商业时间尺度和对规范和标准的控制的丧失。
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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