Model Based System for Software Change Analysis for Embedded Systems on Spacecraft

A. Savitha, Rajiv R. Chetwani, Y. R. Bhanumathy, M. Ravindra
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引用次数: 2

Abstract

ISRO Satellite Centre of the Indian Space Research Organization develops satellites for variety of scientific applications like communication, navigation, earth observation and many more. These satellites consist of very complex intensive systems which carry out advanced mission functions. Hence software plays a critical constituent for mission success. Some of the geostationary missions onboard software is finalized, changes are minimal for the new spacecraft. This model based system for software change analysis for embedded systems deals with managing changes to existing software items and re configuring in any part of development life cycle. This model helps in handing change management, such as maintenance of a component library, predicting the impacts of changes in reused modules, analyzing the behavior of the combination of reused modules. The use of reusable software modules has augmented the development of embedded software for GSAT series of satellites. This model mainly reduces the time during each phase of software life cycle when the changes are to be implemented within short span of time. This paper describes how complete traceability can be established between specifications and design requirements, model elements and their realization.
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基于模型的航天器嵌入式系统软件变更分析系统
印度空间研究组织ISRO卫星中心为各种科学应用开发卫星,如通信、导航、地球观测等等。这些卫星由执行先进任务功能的非常复杂的密集系统组成。因此,软件是任务成功的关键组成部分。一些地球同步任务的机载软件已经完成,新航天器的变化很小。这个基于模型的嵌入式系统软件变更分析系统处理管理现有软件项目的变更,并在开发生命周期的任何部分进行重新配置。该模型有助于处理变更管理,例如组件库的维护,预测重用模块中变更的影响,分析重用模块组合的行为。可重复使用的软件模块的使用增强了GSAT系列卫星嵌入式软件的开发。该模型主要减少了在短时间内实现变更的软件生命周期的各个阶段的时间。本文描述了如何在规范和设计需求、模型元素及其实现之间建立完整的可追溯性。
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