资源列表
stasm-src-1.4.tar
- vialo-jones人脸检测和识别算法的c参考实现，适合移植到多个平台-These are the source files for stasm, which is a command line program for locating features in a face using Active Shape Models. You give stasm an image file (i.e. a JPEG or BMP) and it returns the image with
facedection
- 个人推荐的人脸检测算法的文档，介绍了LBP+Vialo-Jones模型，应该是face detection方面最成熟的算法了-Face detection algorithms, documentation, recommended by the personal of LBP Vialo-Jones model, be the most sophisticated algorithms of face detection
Vehicle-licensing-detection
- 车辆牌照检测系统ppt报告 matlab实现 思路-Vehicle licensing detection
Thesis-Faceverification.pdf
- opencv人脸识别原理,对做人脸识别的朋友很有帮助，详细介绍了相关的原理-opencv face recoginition,opencv face recoginition,opencv face recoginition,opencv face recoginition
sensor
- 这是一个用matlab编的用感知器识别土壤类型的代码-matlab soil type sensor
Based-on-Curvelet-technology-
- 以人脸为对象的识别 技术是一种最容易被接受的身份识别方法，因为其更高的安全性、可靠性和有效 性，受到人们的广泛关注。小波技术、Curvelet技术和分形技术是近几年发展起来 的新型图像处理工具，三种方法的结合在人脸识别领域更被得到了广泛的研究。-Human face recognition isan identity authentication technique whichis easilyaccepted．It has got more
orc1
- 本程序采用svm分类算法，实现了对连体数字（0-100）的识别。 分两个过程，第一个需要训练生成mode，第二个过程根据mode进行预测。识别率达95 -This program uses the svm classification algorithm, the identification of the piece number (0-100). Divided into two processes, first need to be trained to generate mode, th
06086172[1]
- The Automatic License Plate Recognition (ALPR) is very important in the Intelligent Transportation System (ITS). -n this paper we proposed an improved ALPR algorithm for Vietnam license plates (LP), which consists of three main
louhanshibie
- 基于图像识别的自动焊接,针对电池极板的焊接点，可自动识别出焊接中心-base on picture auto-welding
knn_handwritten_numeral_recognition
- knn用于手写数字识别，数据集来自UCI，knn包含三种求距方式可供选择。-knn for handwritten numeral recognition , data sets from UCI , The KNN contains three seek distance to choose from .
pattern-classification
- 模式识别经典著作，模式分类，Duda著，非扫描版。-Classic pattern recognition, pattern classification, Duda, a non-scanning version.
NanoTube
- 使用C++编程语言，开发了“单壁碳纳米管手性矢量识别系统”软件。软件处理结果显示:采用最大类间方差法二值化单壁碳纳米管STM图像，能够保留较多单壁碳纳米管的六边形拓扑结构信息；采用本文设计的射线探测加权法能够快速、准确的识别出六边形碳环的中心。-The processing result with the software indicated more topology structure information could be reserved, when maximal variance