科技创新与生产力
科技創新與生產力
과기창신여생산력
SCI-TECH INNOVATION & PRODUCTIVITY
2015年
6期
33-35,38
,共4页
云计算%协同设计%云设计平台%起重机
雲計算%協同設計%雲設計平檯%起重機
운계산%협동설계%운설계평태%기중궤
cloud computing%collaborative design%cloud design platform%crane
文章研究了云计算技术,提出了云设计平台的概念,通过对传统架构模式与云架构的比较分析,制定了“云客户端/云服务器/云工作站”的工作模式。以起重机设计知识标准为基础,开发了起重机通用件下载库、计算校核库、整机定制设计模块,完成了云架构下起重机协同设计平台的搭建。
文章研究瞭雲計算技術,提齣瞭雲設計平檯的概唸,通過對傳統架構模式與雲架構的比較分析,製定瞭“雲客戶耑/雲服務器/雲工作站”的工作模式。以起重機設計知識標準為基礎,開髮瞭起重機通用件下載庫、計算校覈庫、整機定製設計模塊,完成瞭雲架構下起重機協同設計平檯的搭建。
문장연구료운계산기술,제출료운설계평태적개념,통과대전통가구모식여운가구적비교분석,제정료“운객호단/운복무기/운공작참”적공작모식。이기중궤설계지식표준위기출,개발료기중궤통용건하재고、계산교핵고、정궤정제설계모괴,완성료운가구하기중궤협동설계평태적탑건。
The paper study Cloud computing technology and put forward the concept of cloud design. By analyzing the traditional computing model and cloud computing model, one formulate the work patterns of“Cloud client/ Cloud server/ Cloud workstation”. Based on the crane design knowledge standard, combined with parametric technology and cloud computing technology, we developed the collaborative design system of overhead bridge crane by integrating the design module, the download module of interchangeable parts of overhead bridge crane and calculation module, and completed the cloud framework of collaborative design platform of crane, establish one-stop platform with a big data as support and the universal service capacity of the crane design.