应用于JHU/APL地面软件开发的SAVE工具和过程:技术注入经验报告

W. Stratton, D. Sibol, M. Lindvall, P. Costa
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引用次数: 14

摘要

JHU/APL航天部门使用名为Common Ground的共享软件架构,为所有JHU/APL支持的NASA任务开发任务操作中心(MOC)系统软件。软件架构已经有10年的历史了,很难维护当前的任务,也很难在未来的任务中重用。软件架构可视化和评估(SAVE)工具和过程由马里兰州弗劳恩霍夫中心开发,已应用于Common Ground软件,以避免进一步的维护和发展问题。该报告总结了JHU/APL在使用SAVE工具和过程来获取最初计划的体系结构,将实际的Common Ground软件与计划的体系结构进行比较,创建新的目标体系结构,并指导正在进行的开发,使计划的和实际的体系结构保持一致。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The SAVE Tool and Process Applied to Ground Software Development at JHU/APL: An Experience Report on Technology Infusion
The JHU/APL Space Department develops Missions Operations Center (MOC) system software for all JHU/APL-supported NASA missions using a shared software architecture called Common Ground. The software architecture is 10 years old and difficult to maintain for current missions and to evolve for reuse in future missions. The Software Architecture Visualization and Evaluation (SAVE) tool and process developed by Fraunhofer Center - Maryland has been applied to the Common Ground software in order to avoid further maintenance and evolution problems. This report summarizes JHU/APL's experiences in using the SAVE tool and process to capture the originally planned architecture, to compare the actual Common Ground software to the planned architecture, to create a new target architecture, and to guide ongoing development to bring the planned and actual architectures into alignment.
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