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Open system concepts for modular avionics

机译:模块化航空电子的开放系统概念

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Advanced communications, guidance and navigation systems play key roles in determining superiority of one combat aircraft over another. The use of advanced technology is essential to meeting the mission requirements of present as well as future aircraft. Modular avionics are being used in next generation aircraft, such as the Air Force F-22 fighter and the Army Comanche helicopter, as the means of achieving higher levels of performance, including reduced volume and improved adaptability, maintainability, and expandability. New system acquisitions such as Joint Strike Fighter will attempt to achieve these same performance levels but at dramatically reduced life cycle cost. Retrofit applications will also take on increasing roles in meeting this affordability need as the Department of Defense (DoD) struggles to maintain readiness in the face of the shrinking defense budget. The government is encouraging the use of open standards practices as a means of addressing the affordability issue. The Open Systems Joint Task Force (OS-JTF), formed in September 1994, is chartered to “sponsor and accelerate the adoption of open systems in weapons systems and subsystem electronics to reduce life-cycle costs and facilitate effective weapon system intra- and interoperability”. The purpose of this paper is to relate the concept of open systems to modular avionics. It discusses the key attributes of an open systems approach and identifies key technologies necessary for its success
机译:先进的通信,制导和导航系统在确定一架战斗机相对于另一架战斗机的优势方面起着关键作用。先进技术的使用对于满足当前和未来飞机的任务要求至关重要。模块化航空电子设备正用于下一代飞机,例如空军F-22战斗机和陆军科曼奇直升机,以此作为实现更高性能水平的手段,包括减小体积,提高适应性,可维护性和可扩展性。诸如联合攻击战斗机之类的新系统采购将试图达到这些相同的性能水平,但是将大大降低生命周期成本。随着国防部(DoD)在国防预算不断减少的情况下努力保持就绪状态,改造应用也将在满足这种可负担性需求方面扮演越来越重要的角色。政府鼓励使用开放标准做法来解决可负担性问题。成立于1994年9月的开放系统联合工作组(OS-JTF)被授予“赞助和加速开放系统在武器系统和子系统电子设备中的采用,以减少生命周期成本并促进有效的武器系统内部和互操作性”。本文的目的是将开放系统的概念与模块化航空电子设备相关联。它讨论了开放系统方法的关键属性,并确定了其成功所需的关键技术。

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