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首页> 外文期刊>International Journal of Innovative Computing Information and Control >FACTOR HIERARCHY ANALYSIS OF ASSEMBLY LINE EFFICIENCY IN ELECTRONIC INDUSTRY
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FACTOR HIERARCHY ANALYSIS OF ASSEMBLY LINE EFFICIENCY IN ELECTRONIC INDUSTRY

机译：电子行业装配线效率的因子层次分析

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摘要

Industrial production line efficiency is crucial to production cost, product quality and enterprise competitiveness. Based on the empirical study of electronic enterprises, factors contributing to production line efficiency of electronic industry are indicated and Interpretative Structural Modeling (ISM) is applied to analyze the hierarchical relationship among these factors. These multiple, correlated and latent relationships construct a valuable information source for the production and management of assembly lines to identify faults and take steps. Results appear from the bottom to the top of the hierarchy model, the bottom level factor, machine/model, counts for efficiency differences, and the second level factors referring to production line control, such as layout of production facilities and support of engineering departments, correlate suggesting machine efficiency and contribute most to assembly line efficiency. The third level factor, staff, is the most problematic, and deserves the most attention; factors at the top concerning production preparation, are the premise of assembly line production. Combining with the factor hierarchy model, the measures to improve production line efficiency of electronic industry are proposed.
机译：工业生产线的效率对生产成本，产品质量和企业竞争力至关重要。在对电子企业进行实证研究的基础上，指出了影响电子产业生产线效率的因素，并运用解释结构模型（ISM）对这些因素之间的层次关系进行了分析。这些多重，相关和潜在的关系为组装线的生产和管理构建了有价值的信息源，以识别故障并采取措施。结果从层次结构模型的底部到顶部显示，最低层因素，机器/模型，效率差异计数以及涉及生产线控制的第二层因素，例如生产设施的布局和工程部门的支持，关联建议的机器效率，并最大程度地提高装配线效率。第三层因素，人员，是最成问题的，应引起最大关注；有关生产准备的最重要因素是流水线生产的前提。结合因子层次模型，提出了提高电子工业生产线效率的措施。

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