摘要
目前多用MATLAB进行自动控制原理的各类仿真,而它所需编写代码繁琐且界面不够灵活。鉴于此,提供了利用基于G语言的LABVIEW设计的自动控制原理虚拟实验平台。从模块组成上介绍了虚拟平台所完成的设计及分析功能,并以频域响应分析、频率法校正为例详细阐述了平台设计、分析系统的原理,最后经过与MATLAB仿真结果的对比验证,表明该平台系统分析的准确性与可靠性。
MATLAB widely used in automatic control theory＇s simulation field, however its writing code is complicated and interface unfriendly. In view of this, the design of virtual experimental platform based on LABVIEW is introduced. Virtual experiment platform complete analysis system functions with module form, and use frequency response analysis, frequency method correction for example to illustrate the design of platform. Finally prove the accuracy of the analysis system capability of platform.
出处
《微计算机信息》
2012年第5期38-39,105,共3页
Control & Automation
基金
北京林业大学大学生科研训练计划基金的"基于labview的自动控制原理仿真台开发"项目~~
关键词
虚拟实验台
自动控制原理
LABVIEW
频率法校正
virtual experiment system
automatic control principle
labview
frequency method correctJon
