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Software architecture of INO340 telescope control system

机译:INO340望远镜控制系统的软件架构

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The Software architecture plays an important role in distributed control system of astronomical projects because many subsystems and components must work together in a consistent and reliable way. We have utilized a customized architecture design approach based on "4+1 view model" in order to design INOCS software architecture. In this paper, after reviewing the top-level INOCS architecture, we present the software architecture model of INOCS inspired by "4+1 model", for this purpose we provide logical, process, development, physical and scenario views of our architecture using different UML diagrams and other illustrative visual charts. Each view presents INOCS software architecture from a different perspective. We finish the paper by science data operation of INO340 and the concluding remarks.
机译:软件体系结构在天文项目的分布式控制系统中起着重要作用,因为许多子系统和组件必须以一致且可靠的方式协同工作。为了设计INOCS软件体系结构,我们使用了基于“ 4 + 1视图模型”的定制体系结构设计方法。在本文中,在回顾了顶级INOCS架构后,我们提出了受“ 4 + 1模型”启发的INOCS的软件架构模型,为此,我们提供了使用不同架构的逻辑,流程,开发,物理和场景视图UML图和其他说明性可视图表。每个视图从不同的角度展示了INOCS软件体系结构。通过INO340的科学数据运算和结语完成本文。

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