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The design of AOCS software architecture in micro-satellite using software bus

机译:基于软件总线的微卫星AOCS软件架构设计

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A new attitude and orbit control system (AOCS) software architecture is presented in this paper by using the concept of software bus. According to the analysis of the function flow and data flow of AOCS, its software components are partitioned clearly under the rule of function cohesion and data cohesion, and each component data interaction standard interface is determined as well. Based on such kind of partition, a series of software components with single function are developed to build a component library, which is used for function configuration of AOCS software. Finally, using this library, desired AOCS software can be integrated to follow the mission requirement. During the integration, the software bus is chosen as the communication style of the software architecture to dispatch and manage the components of the software.
机译:利用软件总线的概念,提出了一种新的姿态与轨道控制系统(AOCS)软件体系结构。通过对AOCS功能流和数据流的分析,在功能衔接和数据衔接的规则下,对AOCS的软件组件进行了清晰的划分,并确定了各个组件的数据交互标准接口。基于这种分区,开发了一系列功能单一的软件组件,以构建组件库,用于AOCS软件的功能配置。最后,使用该库,可以集成所需的AOCS软件来满足任务要求。在集成期间,选择软件总线作为软件体系结构的通信样式,以调度和管理软件的组件。

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