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Development of a Systems Programming Environment for Research and Education in Computer Science Department

计算机科学系研究和教育系统编程环境的开发

基本信息

批准号：
09358004
负责人：
TAKAHASHI Nobumasa
金额：
$ 18.37万
依托单位：
Takushoku University
依托单位国家：
日本
项目类别：
Grant-in-Aid for Scientific Research (A).
财政年份：
1997
资助国家：
日本
起止时间：
1997 至 2000
项目状态：
已结题

项目摘要

(1) The system software such as OS, the compiler, the window system and a network protocol stack was checked for publication to the web server. Concretely, The API of middleware is checked and unified in system interface.(2) The distributed data control mechanism that the "ISHI" model was used for as the outline that coped with application and various data such as multimedia data was implemented on this system with the verification about the validity of the above system software interface.(3) The application that actually used em software on the system was developod, and the validity of that system software was confirmed. Actually, "the programming in mother tongue" is utilized and that is effective in some application software.(4) As an environment which the learner of systems programming can learn easily, the fundamental function of the OS and a visualization environment about the realtime system was utilized. Furthermore, the dynamic visualization environment of the system structure was developed to support the understanding of the OS.(5) Web page was established, and the outline of this system and a research result were published on the WWW server. And the environment that made source codes possible on the network was prepared to hold a discussion about the specifications and development progress. A bulletin board system and user editable Web page was built on the WWW server. It is possible to make it have mutual relations about the past announcement thesis, the source code and the discussion.

(1)检查系统软件（如OS、编译器、窗口系统和网络协议栈）是否发布到Web服务器。具体地说，在系统接口中对中间件的API进行了检查和统一。(2)在该系统上实现了以ISHI模型为框架的分布式数据控制机制，处理应用程序和多媒体数据等各种数据，并验证了上述系统软件接口的有效性。(3)开发了电磁仿真软件在该系统上的实际应用，验证了该系统软件的有效性。实际上，“母语编程”在一些应用软件中得到了有效的应用。(4)作为一个环境，学习者的系统编程可以很容易地学习，利用操作系统的基本功能和实时系统的可视化环境。此外，系统结构的动态可视化环境的开发，以支持对操作系统的理解。(5)建立了Web页面，并在WWW服务器上发布了本系统的概要和研究成果。并准备了使网络上的源代码成为可能的环境，以举行关于规格和开发进度的讨论。在WWW服务器上建立了一个公告板系统和用户可编辑的Web页面。可以使它与过去的公告论文、源代码和讨论有相互的联系。