从社会物理学的角度设计一个电工系统

I. Mustaev, E. Semivelitchenko, V. Ivanov, N. Maksimova, T. Mustaev
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引用次数: 1

摘要

电气系统的生命周期从设计开始。生命周期企业的个体特征、所采用的技术、工程师和工人的资质以及许多其他因素都会影响设计结果。从广义上理解,复杂电工系统的设计效率是通过方法和集成的完整性来保证的。整合了各种因素:设计工具、利益相关者、员工资格、运营结构的内部组织等。本文描述了一种基于将电工系统描述为复杂性质的社会物理对象的思想的方法。社会物理学方法允许对众所周知的设计工具进行新的使用。创建电工系统的项目被认为是一个动态过程,与克服社会物理空间中的潜在障碍有关
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Designing an electrotechnical system from the perspective of a sociophysical approach
The life cycle of an electrotechnical system begins with design. The individual characteristics of life cycle enterprises, the technologies used, the qualifications of engineers and workers, and many other factors affect the design results. The design efficiency of complex electrotechnical systems is ensured by the integrity of approaches and integration, understood in a broad sense. Various factors are integrated: design tools, stakeholders, employee qualifications, the internal organization of operational structures, etc. An approach based on the idea of describing an electrotechnical system as a sociophysical object of complex nature is described. The sociophysical approach allows a new use of well-known design tools. The project to create an electrotechnical system is considered as a dynamic process associated with overcoming a potential barrier in the sociophysical space
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