PLM – product data management first!
Another problem of PLM implementation is CAD file management.
Services is a significant part of every PLM implementation.
Siemens PLM is planning their future HD PLM approach to help realize the potential of the total integration.
It made me think about future potential of PLM, Cloud and Open source to play together.
PLM ——产品数据管理首当其冲！
服务是PLM实施的重要一环。
Look on every successful PLM implementation - you will find these elements there.
I found some of them are very interesting and relevant in the context of PLM projects and Engineering Software.
Multiple PLM systems were focused on how people can work collaboratively sharing information about drawings and bill of materials.
PLM公司只关心自己的产品线，错失了集成的良机。
放眼看去，所有成功的PLM实施都是基于这些要素。
It made me think "what if PLM on the cloud succeeds?", what will be the cost of this solution?
The interest to mobile is very high these days, and it is a good sign to see PTC jumping to the PLM mobile race.
To summarize our discussion in few sentences, it was sounded like that: all data management systems (PDM, PLM, ERP) are used as a system of records.
这让我想起了PLM的未来，云计算和开源将并驾齐驱。
I'd encourage you to refresh your memory and read one of my blog post back one year ago - PLM Data, Identification and Part Numbers.
This concept remains with us for the last 10-15 years in PLM and maybe even more before with erp and other enterprise software.
对IT而言，追求更低的成本可能是决定*PLM平台未来兴衰的致命因素。
通过偏光显微镜（PLM）和差示扫描量热仪（DSC）对MB的成核效果进行了表征。
我觉得，为了将所有东西都集成到一个单一数据库里，传统PLM已经陷入“单一库存”的圈套脱不开身。
此概念在PLM界过去10到15年就已经提出过，可能在更早的时候被ERP和其他企业软件提出。
PLM代表对与一个制成品的需求、设计、生产、支持和处理相关的所有数据的管理。
遗憾的是，PLM未考虑到分区中运行的任何工作负荷的重要*，因此无法基于工作负荷类型的更改重新调整优先级。
这份短小精悍的文档（加上封面和联系方式共7页）将为你解释何为ERP，何为PLM，并附上各类角*的例子。
就我而言，现在到了一个该寻求“简短的故事”的时候了，应该考虑如何将PLM打造得既可扩展，又不那么复杂。
采用偏光显微镜(PLM)、差示扫描量热仪(dsc)、毛细管流变仪和拉伸试验机对透明聚*烯(PP)的结晶形态、热学、流变*、力学*能进行了研究。
最近，我跟一个业内伙伴进行了一场有趣的讨论，内容是关于PDM和PLM系统在当今制造企业中所扮演的角*。
