English Translation of LabVIEW Project Submission from China:
This work uses labview platform configuration parameters using its flexible, open, strong and many practical advantages of the application kit, prepared by Automatic Control Theory as the theoretical basis of the experimental systems. Curing of the system to overcome the hardware and supporting equipment more flexible parameter settings are not limitations, you can set the parameters to complete an open experiment, into full play the advantages of the virtual instrument.
The completion of the works in good teaching automatic control theory, based on all experiments required, an increase of two typical examples of automatic control theory. And the parameters of the system flexible and friendly interface design, highlighting its good human-computer interaction, so that students can better understand the test content, as well as assisted learning system. This work has a login system and has saved test reports and output functions, improve the overall function of the system. The experimental system also uses a 850 * 440 size, in line with nextpad standard, applicable to applications in engineering education and promotion.
The completion of this work to better teaching automatic control theory needed common experiments, such as a typical part of the simulation study, the gain margin and phase margin analysis, lead and lag correction, calibration, but also increased the PID control system simulation based design And PID algorithm based on two typical level control system application examples of automatic control theory is a good teaching aid software can also be assisted learning system as a data analysis and validation.
This work provided the use of NI Simulation, Control Design, and the PID module, software support, to achieve the basic functions of the program design; flexible use of the conditions, events, circulation and structure in order to achieve nested functions and expansion; produced using photoshop Some interface pictures, to beautify the interface that allows users to have a good experience.
本作品运用labview
平台，利用其参数配置的灵活、开放性，较强的实用性及诸多的应用工具包等优势，编写了以自动控制原理课程为理论基础的实验系统。本系统克服了硬件固化，配套仪器较多，参数设置不灵活的局限性，可以开放的设置参数完成实验，充分的发挥了虚拟仪器的优势。
本作品在很好的完成自动控制原理教学所需所有实验的基础上，增加了两个典型的自动控制原理应用实例。并且本系统参数设置灵活，界面设计友好，突出了其良好的人机交互性，可以使学生更好的理解实验内容，同时也可作为辅助学习系统。本作品设有登录系统并且具有保存及输出实验报告的功能，系统整体功能完善。整个实验系统还采用850*440的尺寸，符合nextpad标 准，可适用于工程教育应用及推广。
本作品能够更好的完成自动控制原理课程教学所需的常见实验，如典型环节的模拟研究、增益裕量与相位裕量分析、超前校正与滞后校正等，还增加了基于PID控制系统仿真设计和基于PID算法的水位控制系统两个典型的自动控制原理应用实例，是良好的教学辅助软件，也可作为辅助学习系统进行数据分析与验证。
本作品运用NI公司提供的Simulation、Control Design、以及PID模块的软件支持，实现了程序的基本功能设计；灵活运用条件、事件、循环及顺序结构，实现功能的嵌套与展开；运用photoshop制作了一些界面图片，来美化界面，使用户有一个良好的使用体验。
