The performance, management and optimization have become the most important issues in the manufacturing network (MN) development.
制造网络的绩效、管理与优化成为制造网络发展与运行中的重要问题。
参考来源 - 潍柴动力制造网络绩效管理与优化关键技术研究The features and architecture of Manufacturing Network were described.
对网格技术与制造业的结合进行了研究,提出了构建于网格之上的制造网络的体系结构。
参考来源 - 期刊学术社区·2,447,543篇论文数据,部分数据来源于NoteExpress
Manufacturing network flows is a generalized network model, a rebuilt new model complicated manufacturing scenarios.
生产网络流是一种广义的网络流模型,是基于复杂的生产过程,重新建立的一种新模型。
As the world's third-largest producer of automobiles (after China and the U.S.), Japan's manufacturing network is highly developed and unusually complex.
作为全球第三大汽车生产国(仅次于中国和美国),日本的汽车生产网络高度发达,而且格外复杂。日本的高速公路和海港非常拥挤,这是日本的“先天不足”。
This great, vast manufacturing network can redeem itself by building mass transit and electric/hybrid cars, and the kind of transportation we need for the 21st century.
这套巨大的制造系统网络应该通过制造公交设备和电动车、混合动力车以及各种我们21世纪需要的交通工具来替自己赎罪。
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