正在进行的工作-使用互联网应用程序来控制仪器实验室的远程设备

C. Ciubotariu
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引用次数: 4

摘要

工科本科学生已经承担了一个关于创建和开发基于Internet的实验室设备实时访问的研究项目。SelfLab@Home是卡尔加里大学电气与计算机工程系的一个新型远程教育项目。其最初的目标是成为使用四种基本实验室设备的自进度远程访问培训:示波器,波形发生器,DMM(数字万用表)和电源。高级设计组件包括客户端接口、客户端/服务器接口、主服务器、服务器/硬件接口、安捷伦示波器和视频流方案。本项目的实现需要以下组件:客户端Web浏览器接口、Web服务器、应用服务器、硬件动态链接库(DLL)、视频流方案。一个由参加研究充实计划的高中生和四年级学生组成的联合团队建立了这个远程访问仪器实验室,让所有本科生都有机会在实验室外学习如何操作设备,同时按照自己的节奏工作。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Work in progress - using Internet applications to control remote devices for an instrumentation laboratory
Undergraduate engineering students have undertaken a research project on the creation and the development of an Internet based real-time access to laboratory devices. SelfLab@Home is a novel tele-education project of the Department of Electrical and Computer Engineering of the University of Calgary. Its original objective was to become a self-paced remotely accessed training for the use of four basic laboratory devices: oscilloscope, waveform generator, DMM (digital multimeter) and a power supply. The high-level design components include a client interface, a client/server interface, a main server, a server/hardware interface, the agilent oscilloscope, and a video streaming scheme. The implementation of this project required the following components: client Web browser interface, Web server, application server, hardware dynamic link library (DLL), and video streaming scheme. A joint team of high school students enrolled in the research enrichment program and fourth year students have built this remotely accessed instrumentation laboratory to give all undergraduate students a chance to learn how to operate the equipment from outside the lab while working at their own pace.
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