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1986_8p32
- ★模板介绍★ 仿集图网模板图片素材类下载站织梦模板(带会员中心带筛选),测试完整无错,兼容主流浏览器。 模板包含安装说明,并包含测试数据。 本模板基于DEDECms 5.7 UTF-8设计,需要GBK版本的请自己转换或或使用在线转换工具转换。(* * this template Affine set nets template picture material download site template (with dedecms member center with screeni
extract_features.tar
- Feature detectors to detect points in an image that are reliable to find
ASIFT算法
- ASIFT算法实现,C++,对有仿射变换的图像匹配更加准确,想比SIFT算子匹配点数多(ASIFT algorithm, C++, affine transformation of the image matching more accurate, want to match more than SIFT operator points)
dou
- 进行仿射变换,实现视频的去抖动,没有卡尔曼滤波,可以实现,有问题找我(Affine transformation, the realization of video jitter, no Calman filter can be achieved, there is a problem to find me)
123456
- 基于仿射变换的数字图象置乱技术 MATLAB源程序代码(Digital image scrambling technology of affine transform source program code based on MATLAB)
ORBTest
- 仿射不变性图像匹配,用于目标的识别,C语言程序很好用(Affine invariant image matching)
kfun
- Performs affine curvature motion diffusion
fangshebianhuan
- 仿射变换来实现旋转 (线性变换),平移 (向量加),缩放操作 (线性变换)(Affine transformations are implemented by rotation (linear transformation), translation (vector addition), scaling operation (linear transformation))
Geodetic_Transformations_Toolbox
- 一组用于计算不同参考椭球和不同投影之间的坐标变换的函数,包括以下工具: - 从笛卡尔到地理坐标的 转换,以及 从地理坐标到横向墨西哥映射的反向 转换或者朗伯保形锥形映射以及 从地理到可以处理不规则区域和极点映射的UTM和背面 - 3D / 2D / 1D相似变换(Helmert变换) - 确定3D / 2D / 1D-Helmert变换的参数 - 执行Helmert变换 后应用残差校正 - 读取和使用NTV2转换参数 - ITRS和ETRS帧之间的3D转换 - 3D
图像的运算
- 可实现图像的加减乘除运算(包括两幅图、图与常数、逻辑运算),最值、旋转、仿射变换、投影变换。(Can realize the image operations (including add, subtract, multiply and divide two maps, graphs and constants, logic operation), the most value, rotation, affine transform, projection transform.)
仿射加密
- 对仿射密码进行加密和解密,有选择加密或解密的操作(The operation of encrypting and deciphering affine passwords with an option to encrypt or decrypt)
图像几何变换
- 图像的几何变换包括仿射变换,几何变换,中心变换等功能(The geometric transformation of the image includes the functions of affine transformation, geometric transformation, central transformation and so on)
Change
- 二维图形的基本仿射变换,实现图形的缩放、移动、旋转(The basic affine transformation of a two-dimensional graph to realize the zoom, movement, and rotation of the graphics)
encoding
- 常见古典密码加解密:栅栏密码、仿射密码、摩斯密码、base64(Common classical password encryption and decryption: fence password, affine password, morse password, base64)
仿射密码加密,解密
- C++实现仿射密码加密解密以及仿射密码的爆破(C++ implementation of affine cipher encryption and decryption)
IBP
- 4帧图像刚性仿射变换,得到低分辨率图像,用IBP重建超分辨率图像(4 frame image rigid affine transformation, low resolution image, IBP reconstruction of super-resolution image)
最小二乘法估计仿射矩阵
- 目前MATLAB里边对于多点计算仿射矩阵普遍采用RANSAC法,但是比较麻烦计算量也相对较大,通过最小二乘法来进行仿射矩阵的估计能够大大提高该效率,所以奉上自己在实验室写的仿射矩阵估计函数,来弥补matlab函数库在这方面的不足。(The MATLAB inside for calculating affine matrix commonly used RANSAC method, but more trouble calculation is relatively large, estimat
tftb
- 时间频率工具箱(TFTB)是大约100个脚本的集合,由GNU Octave和Matlab(R)开发。用于处理非平稳信号的时频分布。研究人员和工程师使用时需要具备一些基本的有关信号处理的知识。(The Time-Frequency Toolbox (TFTB) is a collection of about 100 scr ipts for GNU Octave and Matlab (R) developed for the analysis of non-stationary signa
matchPointFea
- 图像匹配,用于寻找特征点然后匹配出图像,(detecting affine invariant features)
图像融合算法
- 针对电气设备同一场景的红外与可见光图像间一致特征难以提取和匹配的问题,提出了一种基于斜率一致性的配准方法。首先通过数学形态学方法分别提取红外与可见光图像的边缘,得到粗边缘图像;然后通过SURF算法提取两幅边缘图像的特征点,根据正确的匹配点对之间斜率一致性的先验知识,进行特征点匹配;最后通过最小二乘法求得仿射变换模型参数并实现两幅图像的配准。实验结果表明,该方法有效提高了匹配点对的正确率,能够对电气设备红外和可见光图像实现高精度的配准。(In this paper, a method based