摘要图像拼接技术一直是计算机视觉、图像处理和计算机图形学的热点研究方向。它可以用来建立大视角的高分辨率图像，在虚拟现实领域、医学图像处理领域、遥感技术领域和军事领域中均有广泛的应用。
    本文根据系统的需求设计了软件的总体方案，完成了软件的各功能模块结构的设计。在VC++2005软件平台上采用面向对象的方法，基于MFC技术、多线程技术和串口通信原理完成了系统的上位机界面软件以及系统控制模块的设计。通过研究图像拼接理论，结合多线程技术，设计了拼接软件模块，实现了实时图像的360°全景拼接。25506
    本文设计的实时快速图像扫描拼接系统软件在VC++2005环境下进行调试和运行，在使用中该软件的测试结果表明该软件具有较高的稳定性和实时性，具有良好的人机交互界面，能够满足系统的要求。
    如果只是简单的拼接图像，那么我们得到的拼接图像将会有明显的缝隙，所以必须寻找一个良好的方法消除这种缝隙。我们对现有的平滑处理方法进行了分析研究，并取得了满意的效果。关键词: 软件设计，VC++，多线程技术，图像拼接，图像平滑
毕业论文设计说明书外文摘要
Title   Study on fast scanning method of real-time video image    
Abstract
Image mosaic is an important research area of computer vision, image processing and computer graphics all the time. It can used to construct the large field of view and high-resolution image. Its application is in virtual reality, medical image processing, remote sensing and military affairs.
The overall program of the software is designed based on the needs of the system, completed the structural design of the functional modules of the software. Using MFC-based technology,multi-threading technology and the principle of serial communication, finished the design of PC interface software and system design of the control module with object-oriented software platform in VC++2005. By studying the image mosaic theory,combined with multi-threading technology,the stitching software module is designed to achieve a real-time image of the 360 ° panorama stitching.
The fast scanning method of real-time video image system designed in this paper is debuged and run in VC + +2005 environment with a good interactive interface,the test results show that the software has high stability and real-time,can meet the requirements of the system.
Only using simple algorithm in image mosaic, there will be apparent gap in it. So a good algorithm is needed to find to diminish the gap. Analyzing several existing image soothing algorithms, and we have made satisfactory effect.
Keywords: software design,VS2005,Multi thread technology,image stitching,image smoothing
目   次
1  绪论    1
    1.1  图像拼接的研究意义以及研究现状    1
    1.2  图像拼接技术的国内外发展现状    2
1.2.1  国外图像拼接技术发展现状    2
1.2.2  国内图像拼接技术发展现状    3
1.2.3  图像拼接技术发展方向    4
    1.3  VS2005平台及介绍    4
    1.4  本文的工作内容    5
2  图像融合算法的介绍    6
    2.1  加权平均法    6
    2.2  Toet 算法    6
    2.3  对比度调制法    7
3  实时视频图像拼接系统的组成分析    8
    3.1  硬件选取分析    8 实时视频图像的快速扫描拼接方法研究:http://www.751com.cn/tongxin/lunwen_19326.html