虚拟仪器视觉检测系统设计.rar
虚拟仪器视觉检测系统设计,3.1万字 45页资料压缩包内包括论文正文，答辩ppt,开题报告，文献综述，中英文翻译，程序代码等完整资料内容，强烈推荐下载！附录主要程序和子程序图附录一 载入图像流程图附录二 第三步程序附录三 第四步流程图—建立直角坐标系附录四 第五步程序流程图—检测的延时附录五 第六步程序流程图—图摘要随着...
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虚拟仪器视觉检测系统设计
3.1万字 45页
资料压缩包内包括论文正文，答辩PPT,开题报告，文献综述，中英文翻译，程序代码等完整资料内容，强烈推荐下载！
附录
主要程序和子程序图
附录一 载入图像流程图
附录二 第三步程序
附录三 第四步流程图—建立直角坐标系
附录四 第五步程序流程图—检测的延时
附录五 第六步程序流程图—图
摘 要
随着电子技术、计算机技术和网络技术的高速发展机器在电子测量技术与仪器领域中的应用.新的测试理论、新的测试方法、新的测试领域以及新的仪器结构不断出现。电子测量仪器的功能和作用已发生了质的变化,由此出现了新的仪器概念——虚拟仪器。
本文首先介绍了机器视觉和虚拟仪器技术的基本理论，分析了机器视觉技术和虚拟仪器技术结合的必要性、可行性和结合后的优点，并介绍了虚拟仪器开发平台LabVIEW和机器视觉软件IMAQ Vision 。
其次在硬件方面，介绍了系统的整体结构设计、光源设计、和1394摄像头和图像采集卡的选取。
最后在软件方面，通过Labview对电池夹的视觉检测进行了详细分析。体现出计算机视觉检测具有可靠、精度高、非接触和高速的特点。
由本论文的对于电池夹的机器视觉检测系统的设计，并以此与传统工艺比较，体现了机器视觉检测的强大优越性，同时也体现了虚拟仪器在未来市场远大的发展前景
关键词：虚拟仪器；视觉检测； LabVIEW ；IMAQ vision
Abatract
Along with electronic technology, computer technology and network technology high speed development machine in electronic surveying technology and instrument domain application, The new test theory, the new test method, the new test domain as well as the new instrument structure appear unceasingly. The electronic surveying instrument function and the function has had the archery target change，From this appeared the new instrument concept ——hypothesized instrument.
Firstly, the basic theory of virtual instruments and machine vision is introduced and the necessity, feasibility, advantage after they were combined is analyzed. The virtual instruments developing platform Labview and machine vision software IMAQ Vision are introduced as followed.
Secondly, These include the design of whole system, illumination, software and the selecting method of 1394 camera and frame grabber.
Finally ，In the software aspect, passed the Labview the sense of vision to clip to battery the examination to proceeds the detailed analysis. Appears the calculator sense of vision the examination to have dependable, the accuracy is high, not get in touch with the characteristics that high speed.
Be clipped by the machine sense of vision of this thesis that to examine the system's design for the battery, and combine then this compare with the traditional craft, and is machine sense of vision strong and big and superior that examine, also now conjecture instrument is in the great development foreground in future market.
Key Words ：Machine Vision ；Virtual Instruments ；vision examination ；LabVIEW；MAQ Vision；
目 录
第一章 绪论...................................................
1.1 电子测量仪器的发展历史.................................1
1.2 虚拟仪器的概念...............................................2
1.3 虚拟仪器的特点...............................................2
1.4 虚拟仪器的种类...............................................3
1.5 虚拟仪器的发展现状...........................................4
1.6 本课题设计的内容..............................................6
第二章 图形化编程语言LabVIEW......................................7
2.1 LABVIEW简介..................................................7
2.2 LABVIEW环境.................................................10
2.3 启动进入常用控件.............................................12
2.4 IMAQ Vision.................................................17
第三章 LabVIEW系统的机器视觉及硬件介绍............................19
3.1 虚拟仪器系统总体构成.........................................19
3.2 系统工作流程介绍.............................................20
3.3 IEEE-1394....................................................22
3.4 USB接口.....................................................26
3.5 1394与USB接口的区别.........................................29
第四章 软件的设计..................................................30
4.1 前面板的设置.................................................30
4.2 图片的程序输入...............................................32
4.3 图片的坐标设定...............................................33
4.4 程序的延时系统和其他子程序....................................37
总结........................................................... 39
致谢............................................................ 40
参考文献......................................................... 4
附录..............................................................
参考文献
[11] 李小玲 虚拟环境下的电子实验 电子科技大学出版社
[12] 古天祥等，虚拟仪器实验教程，电子科技大学出版社
[13] 陈志荣，实用计算机网络技术教程，电子工业出版社
[14] 陈兆仁，电子技术基础实验研究与设计，电子工业出版社
[15] NI，LABVIEW User Manual,National,Instrument
[16] 殷瑞祥，Electronics WorkBench 使用指南与电子即使EDA实验，华南理工大学出版社
3.1万字 45页
资料压缩包内包括论文正文，答辩PPT,开题报告，文献综述，中英文翻译，程序代码等完整资料内容，强烈推荐下载！
附录
主要程序和子程序图
附录一 载入图像流程图
附录二 第三步程序
附录三 第四步流程图—建立直角坐标系
附录四 第五步程序流程图—检测的延时
附录五 第六步程序流程图—图
摘 要
随着电子技术、计算机技术和网络技术的高速发展机器在电子测量技术与仪器领域中的应用.新的测试理论、新的测试方法、新的测试领域以及新的仪器结构不断出现。电子测量仪器的功能和作用已发生了质的变化,由此出现了新的仪器概念——虚拟仪器。
本文首先介绍了机器视觉和虚拟仪器技术的基本理论，分析了机器视觉技术和虚拟仪器技术结合的必要性、可行性和结合后的优点，并介绍了虚拟仪器开发平台LabVIEW和机器视觉软件IMAQ Vision 。
其次在硬件方面，介绍了系统的整体结构设计、光源设计、和1394摄像头和图像采集卡的选取。
最后在软件方面，通过Labview对电池夹的视觉检测进行了详细分析。体现出计算机视觉检测具有可靠、精度高、非接触和高速的特点。
由本论文的对于电池夹的机器视觉检测系统的设计，并以此与传统工艺比较，体现了机器视觉检测的强大优越性，同时也体现了虚拟仪器在未来市场远大的发展前景
关键词：虚拟仪器；视觉检测； LabVIEW ；IMAQ vision
Abatract
Along with electronic technology, computer technology and network technology high speed development machine in electronic surveying technology and instrument domain application, The new test theory, the new test method, the new test domain as well as the new instrument structure appear unceasingly. The electronic surveying instrument function and the function has had the archery target change，From this appeared the new instrument concept ——hypothesized instrument.
Firstly, the basic theory of virtual instruments and machine vision is introduced and the necessity, feasibility, advantage after they were combined is analyzed. The virtual instruments developing platform Labview and machine vision software IMAQ Vision are introduced as followed.
Secondly, These include the design of whole system, illumination, software and the selecting method of 1394 camera and frame grabber.
Finally ，In the software aspect, passed the Labview the sense of vision to clip to battery the examination to proceeds the detailed analysis. Appears the calculator sense of vision the examination to have dependable, the accuracy is high, not get in touch with the characteristics that high speed.
Be clipped by the machine sense of vision of this thesis that to examine the system's design for the battery, and combine then this compare with the traditional craft, and is machine sense of vision strong and big and superior that examine, also now conjecture instrument is in the great development foreground in future market.
Key Words ：Machine Vision ；Virtual Instruments ；vision examination ；LabVIEW；MAQ Vision；
目 录
第一章 绪论...................................................
1.1 电子测量仪器的发展历史.................................1
1.2 虚拟仪器的概念...............................................2
1.3 虚拟仪器的特点...............................................2
1.4 虚拟仪器的种类...............................................3
1.5 虚拟仪器的发展现状...........................................4
1.6 本课题设计的内容..............................................6
第二章 图形化编程语言LabVIEW......................................7
2.1 LABVIEW简介..................................................7
2.2 LABVIEW环境.................................................10
2.3 启动进入常用控件.............................................12
2.4 IMAQ Vision.................................................17
第三章 LabVIEW系统的机器视觉及硬件介绍............................19
3.1 虚拟仪器系统总体构成.........................................19
3.2 系统工作流程介绍.............................................20
3.3 IEEE-1394....................................................22
3.4 USB接口.....................................................26
3.5 1394与USB接口的区别.........................................29
第四章 软件的设计..................................................30
4.1 前面板的设置.................................................30
4.2 图片的程序输入...............................................32
4.3 图片的坐标设定...............................................33
4.4 程序的延时系统和其他子程序....................................37
总结........................................................... 39
致谢............................................................ 40
参考文献......................................................... 4
附录..............................................................
参考文献
[11] 李小玲 虚拟环境下的电子实验 电子科技大学出版社
[12] 古天祥等，虚拟仪器实验教程，电子科技大学出版社
[13] 陈志荣，实用计算机网络技术教程，电子工业出版社
[14] 陈兆仁，电子技术基础实验研究与设计，电子工业出版社
[15] NI，LABVIEW User Manual,National,Instrument
[16] 殷瑞祥，Electronics WorkBench 使用指南与电子即使EDA实验，华南理工大学出版社
