Applying the development-memory technology to avionics software support

9th IEEE/AIAA/NASA Conference on Digital Avionics Systems Pub Date : 1990-10-15 DOI:10.1109/DASC.1990.111268

M.J. Pitarys, R. Falcioni

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Abstract

The challenges facing avionics software support personnel are discussed, and the software support technology for advanced avionics systems that can cope with these challenges and complexities is addressed. The results of work performed by the Wright Research and Development Center (WRDC) for the embedded computer resource support improvement program are detailed. The findings of the modular embedded computer software effort conducted for WRDC's software concepts group are described. A software development paradigm, based on automation, that addresses the knowledge gap faced by software support personnel has been identified. The underlying premise of this model is that software and its delivered documentation need to be united into an integrated system development product (ISDP), where relevant support information is organized into a structured hypermedia knowledge base. The key to this software design knowledge program is that the ISDP be integrated by means of a computerized development memory, which contains all of the motivation and rationale that influenced the development of the software. The development memory and its support software would serve a large-scale software development effort in the same way as human memory serves a single developer.<>

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开发存储技术在航电软件支持中的应用

讨论了航空电子软件支持人员面临的挑战，并讨论了能够应对这些挑战和复杂性的先进航空电子系统的软件支持技术。详细介绍了赖特研究与发展中心(WRDC)为嵌入式计算机资源支持改进计划所做的工作的结果。描述了为WRDC软件概念组进行的模块化嵌入式计算机软件工作的结果。一个基于自动化的软件开发范例，解决了软件支持人员所面临的知识鸿沟。该模型的基本前提是，软件及其交付的文档需要统一到集成的系统开发产品(ISDP)中，其中相关的支持信息被组织到结构化的超媒体知识库中。该软件设计知识程序的关键是通过计算机化的开发存储器集成ISDP，该存储器包含影响软件开发的所有动机和基本原理。开发内存及其支持软件将以与人类内存服务于单个开发人员相同的方式服务于大规模的软件开发工作。

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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9th IEEE/AIAA/NASA Conference on Digital Avionics Systems

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