随着EAST实验水平不断提高,用户对EAST数据采集控制系统提出了更高的要求;基于RIA(Rich Internet Applications富因特网应用程序)的EAST数据采集远程控制系统采用B/S结构:使用基于Flex的富因特网应用程序作为采集控制系统的用户界面展现...随着EAST实验水平不断提高,用户对EAST数据采集控制系统提出了更高的要求;基于RIA(Rich Internet Applications富因特网应用程序)的EAST数据采集远程控制系统采用B/S结构:使用基于Flex的富因特网应用程序作为采集控制系统的用户界面展现,采用一系列J2EE开源框架完成服务器端数据库处理;新采集控制系统在以下方面做出重大改进:多用户权限管理,远程个性化操作,针对性、实时性日志更新,友好的用户界面;测试表明新采集控制系统完全符合EAST实验数据采集的新要求。展开更多
Focusing on the problems occurred in traditional 2D image-word-based web applications, the author put forward con-cept of integrating Web3D, Flex and SSH technologies to create advanced “3D Virtual Reality & RIA...Focusing on the problems occurred in traditional 2D image-word-based web applications, the author put forward con-cept of integrating Web3D, Flex and SSH technologies to create advanced “3D Virtual Reality & RIA” web application architecture, researched mechanisms of their architectures, and implemented their integration and communication & interaction: Flex and Struts2 via XML, Flex and Spring & Hibernate via BlazeDS, Flex and Web3D via JavaScript. The practice has shown that the integrated web architecture based on Web3D, Flex and SSH is effective and valuable.展开更多
文摘随着EAST实验水平不断提高,用户对EAST数据采集控制系统提出了更高的要求;基于RIA(Rich Internet Applications富因特网应用程序)的EAST数据采集远程控制系统采用B/S结构:使用基于Flex的富因特网应用程序作为采集控制系统的用户界面展现,采用一系列J2EE开源框架完成服务器端数据库处理;新采集控制系统在以下方面做出重大改进:多用户权限管理,远程个性化操作,针对性、实时性日志更新,友好的用户界面;测试表明新采集控制系统完全符合EAST实验数据采集的新要求。
文摘Focusing on the problems occurred in traditional 2D image-word-based web applications, the author put forward con-cept of integrating Web3D, Flex and SSH technologies to create advanced “3D Virtual Reality & RIA” web application architecture, researched mechanisms of their architectures, and implemented their integration and communication & interaction: Flex and Struts2 via XML, Flex and Spring & Hibernate via BlazeDS, Flex and Web3D via JavaScript. The practice has shown that the integrated web architecture based on Web3D, Flex and SSH is effective and valuable.
