Lean Production, Synchronous Engineering and Agile Manufacturing

精益生产，同步工程和敏捷制造

So let more people understand and attach importance to the agile manufacturing systems at the same time so that more people can see the agile manufacturing system application.

从而让更多的人在认识和重视敏捷制造系统的同时让更多的人们看到了敏捷制造系统的应用前景。

Therefore, what we mentioned above is the core of the Agile Manufacturing Though.

因此，我们上面提到的是是敏捷制造理论的核心。

Virtual enterprise is a reconfigurable manufacturing system, which is an effective way to implement agile manufacturing.

虚拟企业是实现敏捷制造的有效途径，是一种可重构的制造系统。

Intelligentized distributed system is advanced style of network run in agile manufacturing.

智能化分布式系统是敏捷制造中网络运行的先进方式.

A hierarchical decision - making model of machine tool selection in an agile manufacturing cell is established axiom.

机床设备选择是敏捷制造单元构建的关键性技术之一.

In intelligentized agile manufacturing, knowledge base architecture directly influences manufacture intelligentized level.

在智能化敏捷制造中, 知识库的体系结构直接影响着制造智能化的水平.

Concurrent engineering and agile manufacturing strategy make the traditional serial product development tend towards parallel, integrated and coordinated.

并行工程和敏捷制造战略使得产品的开发由串行模式走向并行化、集成化和协同化。

The final result is able to image practical situation, so it has a guidance significance for processing agile manufacturing and realizing optimized production organization to the enterprise.

该结果能客观反映实际情况，对企业进行敏捷制造实现优化的生产组织具有指导意义。