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Development of Enterprise Human System Modelling Framework in Support of Cellular Manufacturing Lean Operation

机译:支持蜂窝制造精益运营的企业人系统建模框架的开发

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Static or enterprise model stems from the need to understand the potential effect of certain parameters on the system performance. This paper describes the development of the human system framework focusing on the aspects of human attributes and human dynamics in the effort to achieve a leaner operation in the cellular manufacturing operation. The aim of this study is to propose a model to improve the accuracy in modelling human workload and competency based on the theoretical frameworks. Existing frameworks and models were reviewed and two models (M2M mathematical model and CIMOSA) were identified as the theoretical framework for this study. A new human system framework was designed with the improvement on the operator competency accuracy using Maynard Operational Sequence Technique. The new framework was also primarily designed to suit the cellular manufacturing environment through the inclusion of the equipment competency. As a result, company’s management is expected to be better informed on operator utilisation, man-machine configuration and operator non-value added activities.
机译:静态或企业模型源于需要了解某些参数对系统性能的潜在影响。本文描述了人类系统框架的发展,该框架着重于人类属性和人类动力学方面,以期在蜂窝制造操作中实现更精简的操作。这项研究的目的是提出一个模型,以提高基于理论框架的人员工作量和能力建模的准确性。审查了现有的框架和模型,并确定了两个模型(M2M数学模型和CIMOSA)作为该研究的理论框架。使用Maynard操作顺序技术设计了一种新的人机界面框架,以提高操作员的能力准确性。新框架还主要是通过包含设备能力来设计的,以适应蜂窝制造环境。因此,期望公司的管理层能够更好地了解操作员的使用情况,人机配置和操作员的非增值活动。

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