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Research on High Density Job Processing System based on Virtual Work Stations

基于虚拟工作站的高密度作业处理系统研究

基本信息

批准号：
06650439
负责人：
KANADA Yasumasa
金额：
$ 0.96万
依托单位：
University of Tokyo
依托单位国家：
日本
项目类别：
Grant-in-Aid for General Scientific Research (C)
财政年份：
1994
资助国家：
日本
起止时间：
1994 至 1995
项目状态：
已结题

来源：
https://kaken.nii.ac.jp/en/grant/KAKENHI-PROJECT-06650439/
关键词：
Collaborative distributed processing Workstation High capacity Hard Disk Cross compiling Electric mail Parallel processor Pre-post processing Virtual Work Station

项目摘要

Targets for this research topic are ; a.What kind of features are needed/crucial for the Virtual Work Station (VWS,hereinafter), b. How to realize high density job processing, e.g.distributed collaborative processing, or where is the problem for realizing tat processing with VWSs, currently using super computer, main frame machine, graphics processing WS,dedicated application server, e.g.FORTRAN cross compiler WSs, NASTRAN preprocessing WSs, e-mail server WS,and newly introduced highly parallel processor, etc.First thing we did for the project was disigning the user registration system called newuser which later was soled as the product of super computer bender at our center and tested with our system since October 1994 and it was very successful.Then we realized high density job processing system with ;1) X-terminal controller (machine nichname is x-controlle1.cc.u-tokyo.ac.jp) : WS for controlling X-terminals at the computer center, University of Tokyo (CCUT,herein after)2) NASTRAN pre-post processor (machin nickname is nastran-pre.cc.u-tokyo.ac.jp) : WS for application server of structure analysis spplication, NASTRAN,pre-post application at CCUT.3) alfa-flow front end processor (machine nickname is alfaflow.cc.u -tokyo.ac.jp) : WS for application server of fluid dynamics analysis application, alfa flow, front end application at CCUT.4) Input output control processor (machine nickname is io-controller.cc.u-tokyo.ac.jp) : Input and output service WS which provides the facility of data input from magnetic tape of 8mm, DAT and QIC,data output to laser beam printers including B/W and color.

本研究课题的目标是：a.虚拟工作站（VWS，以下简称）需要/关键的功能是什么？如何实现高密度作业处理，例如分布式协同处理，或者用VWS实现达特处理的问题在哪里，目前使用超级计算机、主机、图形处理WS、专用应用服务器，例如FORTRAN交叉编译器WS、NASTRAN预处理WS、电子邮件服务器WS和新引入的高度并行处理器，首先设计了用户注册系统Newuser，并将其作为我中心超级计算机折弯机的产品，自1994年10月开始试用，取得了很好的效果，然后实现了高密度作业处理系统与; 1）X终端控制器（机器昵称为x-controlle1.cc.u-tokyo.ac.jp）：用于控制东京大学（CCUT，以下简称）计算机中心的X终端的WS 2）NASTRAN前置后置处理器（机器昵称为nastran-pre.cc.u-tokyo.ac.jp）：用于结构分析应用程序NASTRAN的应用服务器的WS，在CCUT的前置后置应用程序。3）alfa-flow前端处理器（机器昵称为alfaflow.cc. u-tokyo.ac.jp）：用于流体动力学分析应用程序alfa flow的应用服务器的WS，在CCUT的前端应用程序。4）输入输出控制处理器（机器昵称为io-controller.cc.u-tokyo.ac.jp）：输入和输出服务WS，提供从8 mm磁带、DAT和QIC输入数据，将数据输出到激光打印机（包括B/W和彩色）的设施。