高质量航空电子系统的先进设计:系统开发的新路线图

J. Lang, J. Means
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引用次数: 2

摘要

在航空电子系统方面,传统的设计和制造过程已被证明不足以满足国防市场的新现实。面对今天减少的预算和人力,保持性能优势需要新的和有纪律的过程、更低的成本、更短的开发周期,以及成功平衡性能、可支持性和成本的产品。一个由空军、麦道航空航天公司和休斯飞机公司人员组成的团队已经开发并正在实施一种新的航空电子设计和开发流程,以满足这些需求。这个过程被称为高质量航空电子系统的先进设计(ADQAS)。它包括明确定义的步骤和指南或路线图,以指导集成产品开发(IPD)团队在设计和制造航空电子产品方面的工作。团队根据产品定制他们的过程,并根据每个阶段预先确定的退出标准来衡量进展。设备设计同时强调在用户环境中长期运行的能力,并通过控制制造过程将可变性降至最低。产品开发、验证和生产阶段继续关注产品和过程属性的仔细验证以及减少可变性。ADQAS过程已经在几个F-15开发项目中开始实施,本文引用了这些项目。
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Advanced design for quality avionic systems: a new roadmap for systems development
With respect to avionics systems, traditional design and manufacturing processes have proven themselves to be inadequate when it comes to meeting the new realities of the defense market place. Maintaining performance superiority in the face of today's reduced budgets and manpower requires new and disciplined processes, lower costs, shorter development cycles, and products that successfully balance performance, supportability, and cost. A team of Air Force, McDonnell Douglas Aerospace, and Hughes Aircraft Company personnel have developed and are implementing a new avionics design and development process that satisfies these demands. The process is called Advanced Design for Quality Avionic Systems (ADQAS). It includes well defined steps and a guide or roadmap to direct the efforts of integrated Product Development (IPD) teams in designing and manufacturing avionics products. The reams tailor their processes to the product and measure progress against predetermined exit criteria for each phase. Equipment design simultaneously stresses the capability for long term operation in the user's environment, and the minimization of variability through the control of manufacturing processes. The product development, verification, and production phases continue the focus on careful verification of product and process attributes and on variability reduction. Implementation of the ADQAS process has already begun on several F-15 development programs, which are referenced in this paper.<>
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