“PLM”造句，怎麼用PLM造句

It made me think about future potential of PLM, Cloud and Open source to play together.

服務是PLM實施的重要一環。

I found some of them are very interesting and relevant in the context of PLM projects and Engineering Software.

PLM公司只關心自己的產品線，錯失了整合的良機。

It made me think "what if PLM on the cloud succeeds?", what will be the cost of this solution?

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.

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.

對IT而言，追求更低的成本可能是決定*PLM平臺未來興衰的致命因素。

我覺得，為了將所有東西都整合到一個單一資料庫裡，傳統PLM已經陷入“單一庫存”的圈套脫不開身。

PLM代表對與一個製成品的需求、設計、生產、支援和處理相關的所有資料的管理。

這份短小精悍的文件（加上封面和聯絡方式共7頁）將為你解釋何為ERP，何為PLM，並附上各類角*的例子。

採用偏光顯微鏡(PLM)、差示掃描量熱儀(dsc)、毛細管流變儀和拉伸試驗機對透明聚*烯(PP)的結晶形態、熱學、流變*、力學*能進行了研究。

PLM – product data management first!

Services is a significant part of every PLM implementation.

PLM ——產品資料管理首當其衝！

Multiple PLM systems were focused on how people can work collaboratively sharing information about drawings and bill of materials.

The interest to mobile is very high these days, and it is a good sign to see PTC jumping to the PLM mobile race.

This concept remains with us for the last 10-15 years in PLM and maybe even more before with erp and other enterprise software.

此概念在PLM界過去10到15年就已經提出過，可能在更早的時候被ERP和其他企業軟體提出。

就我而言，現在到了一個該尋求“簡短的故事”的時候了，應該考慮如何將PLM打造得既可擴充套件，又不那麼複雜。

Another problem of PLM implementation is CAD file management.

Look on every successful PLM implementation - you will find these elements there.

這讓我想起了PLM的未來，雲端計算和開源將並駕齊驅。

遺憾的是，PLM未考慮到分割槽中執行的任何工作負荷的重要*，因此無法基於工作負荷型別的更改重新調整優先順序。

Siemens PLM is planning their future HD PLM approach to help realize the potential of the total integration.

通過偏光顯微鏡（PLM）和差示掃描量熱儀（DSC）對MB的成核效果進行了表徵。

放眼看去，所有成功的PLM實施都是基於這些要素。

最近，我跟一個業內夥伴進行了一場有趣的討論，內容是關於PDM和PLM系統在當今製造企業中所扮演的角*。