摘要
实验报告的电子化是实现实验室管理自动化的前提,是目前该领域发展的趋势。文中以强化实验教学效果、适应发展趋势为目的,提出了以信息显示、数据填写、报告生成为主要内容的实验报告自动生成系统结构。信息显示再现实验目的、设备、原理、步骤等内容,实现实验内容的强化;数据填写完成实验数据的录入;报告生成是由使用者自行完成对相关数据的处理并提交请求后自动生成完整的电子版实验报告。基于该结构,以传感器实验中的金属箔式应变片灵敏度实验为例、以LabView为工具,设计了完整的实验报告自动生成系统。运行结果表明:获得的实验报告自动生成系统界面简洁、操作简单,在获得电子版实验报告的同时,可以达到强化实验教学效果的目的。
Electronic version of experimental reports is an important premise to implement automatic management of the laboratory and is a main development trend in its area.To reinforce experimental teaching effect and fit the development trend,the scheme was proposed to design the system of automatic generating experimental report which included showing experimental information,filling in the experimental data and generating the experimental report.During showing experimental information,it is displayed that the experimental purpose,experimental equipments,experimental principle and experimental steps.So the experimental information can be reinforced.During filling in the experimental data,the form is filled with the experiment data.And during generating the experimental report,some results can be freely deduced by user based on those data and some proper algorithms.Then the result would be needed to save in assigned directory in order to generate experimental automatically.The application to get the experimental report is submitted firstly and then the experimental report can be produced automatically.Based on the proposed scheme and the utilization of LabView,it is gotten that the whole systems of automatic generating experimental report for the metal foil strain gauge sensor experiment.The operating of the system shows that the interface is simple,the operation is easy,and the electronic version of experimental report is gained.At the same time,the purpose to reinforce the experimental teaching effect can be achieved.
出处
《实验科学与技术》
2011年第1期48-52,共5页
Experiment Science and Technology
基金
江苏省高等教育教改研究课题(2007-92)
关键词
实验报告
自动生成
LABVIEW软件
强化实验教学
电子化
experimental report
automatic generating
LabView
reinforcing the experimental teaching effect
electronic version