多用户/多试验台远程硬件实验室作业管理系统

N. Fujii, N. Koike
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引用次数: 4

摘要

开发了支持多用户/多试验台的新型远程硬件实验室。学习者可以利用实际的硬件和实际的测量工具进行远程实验。采用fpga设计实现试验台。它利用实际的硬件试验台,采用时间和空间划分的方式,可以同时处理多个实验环节。学习者在远程站点可以并行执行实际的硬件实验。实现了远程与实际硬件实验室的无缝对接。结合使用FPGA/PC连接的测试硬件和基于PC的测量设备,可以开发多用户/多试验台的远程硬件实验系统。为了同时为用户分配可用的实验环境,采用了作业管理系统。数字电路设计与实验自学实验环境原型系统已在法政大学计算机科学3r班学生中使用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Multi-user/Multi-test-bed Remote Hardware Laboratory with Job Management System
A new remote hardware laboratory, supporting multi-user/multi-test-bed, has been developed. Learners can perform experiments remotely utilizing actual hardware and actual measurement tools. It employs FPGAs for design implementation test-beds. It can handle many experiment sessions concurrently, by making use of actual hardware test-beds in time and space division fashions. Learners at remote sites can perform actual hardware experiments in parallel. It realized seamless remote and actual hardware laboratories. The combinatorial use of FPGA/PC connected test hardware and PC-based measurement equipment has made it possible to develop a multi-user/multi-test-bed remote hardware experiment system. In order to allocate available experimental environments for users at the same time, a job management system is employed. The prototype system of self-learning experiment environment for digital circuit designs and experiments is in use for 3r class CS students at Hosei University.
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