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wutishibie.rar
- 在复杂场景中多目标物的检测识别方法,介绍复杂场景中如何识别物体边界,In complex scenarios of multi-target detection identification methods, introducing the complexity of how to identify objects in scenes border
OpenCV_Object_Detection_Theory
- 《OpenCV 目标识别:理论和实现》,OpenCV开发团队负责人的报告 英文PPT,pdf格式,OpenCV_Object_Detection_Theory_and_Practice,English slides, pdf format
BitmapDisolve
- 提供一个图像处理界面,可直接运行。能实现目标识别,检测,跟踪,对象匹配,字符识别。-To provide an image processing interface, can be directly run. To achieve the target identification, detection, tracking, object matching, character recognition.
dspfingerprint
- 本文的研究目标是基于DSP技术与指纹相关的处理算法, 开发出一套基于DSP平台的指纹识别系统,实现安全、高效、方便的个人身份 鉴别。-Research objectives of this article is based on DSP technology and fingerprint-related processing algorithms, develop a DSP platform based on fingerprint identification system to achi
Targetidentificationforthelinearanalysistoidentify
- 用于目标识别的线性辨别分析主程序,尤其是多目标识别的应用。-Target identification for the linear analysis to identify the main program, in particular, many object recognition applications.
shui_ping_ji_fang_fa
- 图像识别 能对图像中的目标进行自适应识别 并画出目标轮廓-Image recognition can be adaptive to recognize target and draw the target contour
Infrared_Target_Detection
- 红外图像运动目标检测、识别与跟踪算法演示程序。附件:点目标到面目标完整图像序列 -Infrared images moving target detection, identification and tracking algorithm demo program. Attachment: point target to the target area complete image sequence
ART
- 成像自动目标识别,张天序 。系统的论述了成像条件下自动目标识别的理论、方法与技术问题。-Discussion of the imaging system, automatic target recognition under the condition of the theory, methods and technical issues.
RFIDchanyefazhanbaogao
- RFID射频识别是一种非接触式的自动识别技术,它通过射频信号自动识别目标对象并获取相关数据,识别工作无须人工干预,可工作于各种恶劣环境。RFID技术可识别高速运动物体并可同时识别多个标签, 操作快捷方便。-Radio Frequency Identification RFID is a non-contact automatic identification technology, which RF signal automatic target recognition and access t
rtgenzong
- 智能监控系统运动目标识别程序,能顺利运行。-Moving Object Recognition Intelligent Surveillance System program, run smoothly.
7788
- 大名鼎鼎的方帅的博士学位论文---目前,计算机智能视频监控在理论和应用上都面临着很多难题,国内外大批学者投身于该领域的研究和探索,并且取得了大量的成果.本文是在这些成果的基础上,对计算机智能视频监控系统的关键技术进行研究.主要贡献可概括如下:首先,对目标检测技术进行了研究,并提出了一种基于背景建模的运动目标检测算法.利用统计的方法建立了基于颜色和颜色梯度的背景模型,并实时地对背景模型进行更新,最后将这两种背景模型综合考虑对目标进行了有效的检测.接着,研究了复杂背景下多目标跟踪问题,提出了基于蒙特
tiaoxingma
- 条形码识别,可以识别各个方向的条形码,实用性强。-Bar code recognition, bar code can be identified in all directions, and practical.
bubian
- 主要对学习不变矩的同学有很大的帮助,它主要讲述了不变矩在目标识别方面的应用-Mainly on students learning the same moment of great help, it is mainly about the same moment the application in target recognition
rec
- 目标识别的代码,个人觉得还是比较好的。希望能够帮助大家-Target identification code, personally feel that it is quite good. Hope to help you
shinengxiaoche-shibie
- 这个是只能小车目标识别跟踪系统的实现,能够有效实现小车识别功能-This is the only car tracking system to achieve object recognition, car recognition can be effectively achieved
target1
- 一个简单的目标识别程序,识别目标并且定位-a sample target tecongition program
parallel_ptav_v1
- 利用fDSST和SNET相结合的方法实现对目标的跟踪,且具有较高的识别率,具有速度快、精度高的特点。(The method combining fDSST and SNET is used to realize the tracking of target, and it has fast speed and high precision)
基于航天遥感图像的飞机目标识别
- 基于航天遥感图像的飞机目标识别,算法简单实用,检测率也不错。(Aircraft target recognition based on space remote sensing images, the algorithm is simple and practical, and the detection rate is good.)
面部识别
- 彩色图像灰度化 进行二值化后对图片人脸目标检测(Color image grayscale is used to detect face targets after two values.)
UCI的光学字符识别数据集
- 其目标是将大量黑白矩形像素显示器中的每一个识别为英文字母中的26个大写字母之一。字符图像基于20种不同的字体,并且这20种字体中的每个字母随机失真以产生20,000个独特刺激的文件。每个刺激被转换成16个基本的数字属性(统计矩和边缘计数),然后将其缩放以适合从0到15的整数值范围。我们通常在前16000个项目上进行训练,然后使用结果模型预测剩余的4000个字母类别。请参阅上面引用的文章以获取更多详细信息。(The objective is to identify each of a large