ints: You would earn poin

应用背景大量视觉应用依赖于整个图像匹配关键点。在过去的十年中对功能更快，更稳健的关键点和关联算法族群包括：尺度不变特征变换（SIFT），提速强大的功能（SURF），以及最近的二进制稳健不变可扩展关键点（BRISK），仅举几例。关键技术我们提出了一个新的关键点描述符的灵感来自于人类视觉系统和更精确的视网膜上，创造了快速视网膜关键点（FREAK）。二进制串的级联是通过有效地在视网膜的采样模式比较图像强度计算。

非线性土体有限源程序，包含接触单元等等，功能挺好 -Soil non-linear finite source

用Fortran语言编写的源代码用于完成本书中列出的算法

fuzzy的入门程序，有数据和注释，简单易学-fuzzy clustering

数值算法 龙贝格积分 C++实现 用迭代的方法求定积分-numerical algorithm Long Bergh C integral to the realization of iterative methods used to seek integration

we propose a generative tracking method based on a novel robust linear regression algorithm. In con- trast to existing methods, the proposed Least Soft-thresold Squares (LSS) algorithm models the error term with the Gaussian-Laplacian distribution, which can be solved ef- ficiently. Based on maximum joint likelihood of parameters, we derive a LSS distance to measure the difference between an observation sample and the dictionary. Compared with the distance derived from ordinary least squares methods, the proposed metric is more effective

Gauss-Seidal迭代法（带精度限制）-Gauss-Seidal iterative method (with accuracy limit)

#include < stdio.h > #include < stdlib.h > int main) { char str [20] ； printf ("Digite uma stringn"） ； setbuf(stdin,NULL) ； gets(str) ； int i; 为 (我 = 0 ； 我 < 4; i + +) { printf("%c",str[i]) ； } 返回 0 ； }

随机产生一段字符串。-randomly generated string section.

用于GPU通用计算的编程语言BrookGPU 0.4-GPU generic terms for the programming language BrookGPU 0.4