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Some insights into Malakooti et al. 'Integrated group technology, cell formation and process planning' approach

机译:对Malakooti等人的一些见解。 “集成组技术,单元形成和过程计划”方法

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Rajagopalan and Irani (Some comments on Malakooti et al. 'Integrated group technology, cell formation, process planning, and production planning with application to the emergency room'. Int. J. Prod. Res., 2006, 44, 2265-2276.) provide a critique of Malakooti et al. (Integrated group technology, cell formation, process and production planning with application to the emergency room. Int. J. Prod. Res., 2004, 42, 1769-1786.) integrated cell/process/capacity formation (ICPCF) approach and suggest an improved method for solving the ICPCF problem. Rajagopalan and Irani (2006) attempt to solve the emergency room layout problem presented in Malakooti et al. (2004) and claim to have obtained an improved solution from their approach (hybrid flowshop layout). Although there are certain advantages of considering Rajagopalan and Irani's (2006) approach, we believe that their approach for solving ICPCF problems have significant shortcomings.
机译:Rajagopalan和Irani(对Malakooti等人的一些评论,“综合组技术,细胞形成,过程计划和生产计划,并应用于急诊室。” Int。J. Prod。Res。,2006,44,2265-2276。 )提出了对Malakooti等人的批评。 (集成组技术,电池组形成,过程和生产计划,并应用于急诊室。Int。J. Prod。Res。,2004,42,1769-1786。)集成电池/过程/容量形成(ICPCF)方法并提出建议解决ICPCF问题的一种改进方法。 Rajagopalan和Irani(2006)试图解决Malakooti等人提出的急诊室布局问题。 (2004年),并声称从他们的方法(混合流水车间布局)获得了一种改进的解决方案。尽管考虑拉贾戈帕兰(Rajagopalan)和伊朗(Irani)(2006)的方法具有某些优势,但我们认为他们解决ICPCF问题的方法存在重大缺陷。

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