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Approach to Construction of Common Information Space of Manufacturing Enterprise

机译:建设制造企业普通信息空间的方法

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摘要

The development of methodology and support tools of the design process and practical implementation of the manufacturing enterprise common information space (CIS) is considered. The proposed methodology allows top management, analysts, developers and IT specialists to respond quickly to changing organizational and technical conditions of production and impact of the external environment, to clarify and agree on requirements to elements of the enterprise control system, to continuously improve and modernize the CIS during the operation of the enterprise. It is shown that the application of existing methodologies and notations is not enough to ensure consistency at each level of CIS design with the corresponding program documents: business development strategy, functional strategies (including information technology development strategy, digital transformation strategy, etc.), project description and technical tasks for software and hardware development, etc. The proposed methodology involves using IDEF0 notation at the top level with decomposition and business process modeling in BPMN or eEPC notations at the middle level. For modeling and software development at the lower level it is proposed to use flexible development methodologies - the agile methods based on the use of corresponding models: user stories, abstract UML models, block diagrams. The advantages and peculiarities of practical application of the proposed methodology in the design of the CIS and elements of the production executive system of the manufacturing enterprise are considered.
机译:考虑了制造企业公共信息空间(CIS)设计过程和实际实施方法的方法和支持工具的开发。拟议的方法允许最高管理,分析师,开发人员和IT专家迅速应对改变外部环境的组织和技术条件,澄清并达成对企业控制系统的要素,以不断改进和现代化企业运作期间的CI。结果表明,现有方法和符号的应用是不足以确保通过相应的计划文件的CIS设计中的每个级别的一致性:业务发展战略,功能策略(包括信息技术开发战略,数字转型策略等),软件和硬件开发的项目描述和技术任务等。所提出的方法涉及在顶层使用IDEF0符号,在中间级别的BPMN或EEPC符号中使用分解和业务流程建模。对于较低级别的建模和软件开发,建议使用灵活的开发方法 - 基于使用相应模型的敏捷方法:用户故事,抽象的UML模型,框图。考虑了拟议方法在制造企业的制造企业生产执行系统的设计中提出的方法的实际应用的优点和特点。

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