其中, 制造网络 ( Manufacturing Network ) 、无线射频技术(RFID)、制造执行系统(Manufacturing Execution System)是三大重点。
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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
更为重要的,信息制造行业的全球制造网络相互依赖。
More important, the global production network of the information-technology industry is much too interdependent.
全球制造网络是一种新的制造组织系统,具有卓越的制造能力与服务能力,对传统的制造观念形成挑战。
Global manufacturing Network (GMN) is a new manufacturing system, which has super manufacturing and servicing abilities, and it is challenging the traditional manufacturing conceptions.
并使虚拟机床加工系统与其他虚拟系统以及CAD/CAM系统、制造网络上加工地之间的协作更加默契。
The foundation of this architecture makes the cooperation more harmonious between VMT and the others such as CAD/CAM system and machining plot on manufacturing network.
And people who study this often claim to be studying neural network modeling to try to build smart machines by modeling them after brains.
神经网络的研究者们,通常会说他们是在研究神经网络模型,试图通过模仿大脑反应,而制造出智能机器
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