资源关联下获取先进工程技术的最优策略

R. J. Gagnon, C. Sheu
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引用次数: 0

摘要

建立了混合整数规划模型(MILP),该模型将多级工程师和工程管理员的长期总体容量规划与多级工程设备需求的长期容量规划相结合。它允许工程人员和设备完全属于需要技术能力的公司内部(由公司购买、开发或雇用),完全外部(由工程咨询公司拥有或雇用),或一些中间替代方案。它允许高级别的内部工程师和技术设备用于低级别的任务,也可以用于他们自己级别的任务,并且它允许内部和外部人员和设备具有不同的性能水平。给出了一个全面的算例问题,并给出了最优解。展望了未来的研究方向。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Optimal strategies for acquiring advanced engineering technologies with linked resources
The mixed integer programming model (MILP) is formulated, which combines: long-term, aggregate capacity planning for multilevel engineers and engineering administrators and long-term capacity planning for multilevel engineering equipment requirements. It allows the engineering personnel and equipment to be completely internal to the firm needing the technological capability (purchased, developed or hired by the firm), completely external (owned or hired by an engineering consulting firm), or some intermediate alternative. It permits higher-level internal engineers and technical equipment to be used for lower-level assignments as well as for those at their own level, and it allows the internal and external personnel and equipment to have different performance levels. A comprehensive example problem is provided, and an optimal solution is obtained and assessed. Future research extensions are presented.<>
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