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remoteSensing
- 一种新的彩色图像特征检测算法 -学术论文 - 图像图形网-机器视觉,数字水印,遥感,指纹,人脸识别,生物医学,神经网络,人工智能,GIS,小波变换-a new color image feature detection algorithm-academic-Image Network Graphics-machine vision, digital watermark, remote sensing, fingerprint, face recognition, biomedical, neur
cheliangshibie
- 本文是基于形状特征的车辆车型检测的论文，还包括基于颜色活其他特征的各种算法介绍。-This article is based on the shape characteristics of the vehicle detection paper models, but also other characteristics of living based on the color of the various algorithms introduced.
hough_line
- 直线 检测 hough 直接可以运行有原图像 图像为256色bmp -Hough line detection can be run directly with the original image, the image of 256-color bmp
LPR_MATLAB
- 摘要：变形车牌矫正和复杂牌照的文字区域提取是LPR中两个比较重要的问题。本文运用MATLAB，通过Radon 变换检测牌照的角度，使用旋转与错切变换相结合的方法来解决变形牌照矫正问题；通过对牌照区域进行颜色提取从 而消除非牌照颜色的干扰，解决复杂牌照的文字区域提取问题。-Abstract: The distortion correction and complexity of the license plate text area extraction is the LPR in the
200642991948257
- 提出了一种利用肤色信息，建立 YCbCr 肤色模型空间作为人脸检测的预处理手段，利用小波分解和 BP 神经网络作为检测方法。对算法进行仿真验证，实验结果表明：该肤色模型空间 对光线、遮挡以及姿 态 有很好的 robust 特性 ；本检测方法达到较好的检测效果。 关键词 : 小波分解；神经网络；亮度补偿-Skin color model based on an oval face detection method
face
- 基于肤色的人脸定位检查系统设计，实现人脸检测-Face localization based on skin color inspection system design, implementation, Face Detection
imag_improve_rgb
- This a two stage method in which at first image RGB compensated and then converted to YCbCr to normalise overall illumination of image.Its cascaded implementation of section 2.A of paper "A FAST SKIN REGION DETECTOR" by Phil Chen, Dr.Christos Greecos
AdaptiveSkinColorDetection
- 自适应人体肤色检测中的若干关键技术研究 人体的皮肤颜色是人体的一个重要特征，肤色检测被广泛的应用于人脸跟踪、人脸 检测、手语识别、敏感图像过滤等领域中，具有重要的理论研究意义和实际应用价值。 -Adaptive skin color detection of a number of key technologies in human skin color is an important feature of the human body, skin detection has bee
wittenhagen2008a
- 《DragonEye Fast Object Tracking and Camera Motion Estimation》DragonEye是一个基于目标直接浏览的视频播放系统。比Dimp和Dragon来说具有实时性-Recently, multiple research groups proposed the concept of direct manipulation, which makes the task of navigation in videos directly rel
A-NOVEL-SKIN-YCBCR-COLOR-SPACE
- This paper presents a new human skin color model in YCbCr color space and its application to human face detection. Skin colors are modeled by a set of three Gaussian clusters, each of which is characterized by a centroid and a covariance matr
the-road-sign-detection
- ：交通标志检测； 颜色分割； 拐角提取； 几何特征分析； 圆形编码 -: Traffic sign detection color segmentation corner extraction geometry analysis circular code
CODE
- 关于基于TCS230传感器的颜色检测的程序代码-Based on TCS230sensor color detection procedure code
target-detection-algorithm-
- 为克服传统目标识别方法在处理空间特征分布极为复杂的数据时的缺点，提出1 种基于决策树的多特征检测算法，并将其应用到基于视频的海上搜救目标检测中. 该算法首先提取图像中的颜色、亮度等信息，通过计算各特征的信息增益建立决策树，将搜救目标检测问题分解成3 层决策树分类问题. 实验表明，该算法能够提高多特征目标检测的效率，在救生艇、筏等海上搜救目标检测的应用中取得较好的结果.-Characteristics to overcome the traditional target recognition m
CCD-vision-Detect
- CCD检测软件（配合自动化）机器视觉、连接器，线束，检测软件 In-vision 3.3 东莞汉特士www.hunterx.net 包括CCD检测(尺寸、颜色、表面缺陷，字符等)，自动化设备，紧固件筛选（螺丝，螺母等），CCD自动定位安装 CCD检测｜尺寸检测｜颜色检测｜表面缺陷检测｜字符识别 CCD检测软件（配合自动化）机器视觉、连接器，线束，检测软件 In-vision 3.3 东莞汉特士www.hunterx.net 包括CCD检测(尺寸、颜色、表面缺陷，字符等)，自动化设
A-New-Flame-Detection-Method-Using
- 了一种火灾图像的颜色提取算法。根据色彩空间(R ,G,B)到(H , I ,S)的变换公式和颜色相似距离的概 念 ,先将彩色图像量化为256色 ,再根据颜色距离提取色彩。试验证明该方法计算简单 ,处理速度快 ,为进一步进行火灾图像 的识别奠定了基础。-A fire image color extraction algorithm. According to the color space (R, G, B) to (H, I, S) of the transformation formu
05413971[1]
- 进行色差检测系统设计，主要是针对色差检测算法。-Color difference detection system design, mainly for color detection algorithm.
Fire-detection-in-video-sequences
- Fire detection in video sequences using a generic color model
Fire-detection-using-color-model
- Fire detection using statistical color model in video sequences
vehicle-wheel-tread-detection-
- 基于图像处理与机器视觉的车辆轮对踏面检测技术，主要算法有图像类型的转 化、图像反色、中值滤波、LoG(L即lacianofGaussian)锐化算子、基 于迭代法的闽值分割、细线化等,使得提取的轮对图像信息达到了较高的精度 -Based on image processing and machine vision of the vehicle wheel tread detection technology, the main algorithm of image type An
IMAGE FORGERY DETECTION USING SVM CLASSIFIER
- This paper describes a technique for detecting digital image forgery using illuminant color.