搜索资源列表
DBSCAN
- Form1.cs是应用聚类算法DBSCAN (Density-Based Spatical Clustering of Application with Noise)的示例，可以通过两个参数EPS和MinPts调节聚类。 DBSCAN.cs是实现文件，聚类算法的进一步信息请参考“数据挖掘”或者相关书籍 聚类示例数据来自于sxdb.mdb，一个Access数据库-Form1.cs is the application of clustering algorithm DBSCAN (Dens
radar_cs_and_ccs_algorithms
- 雷达数据处理的重要算法之一，采用cs和ccs模型用于目标跟踪，-Radar Data Processing, one of the important algorithms, using cs and ccs model for target tracking,
Line
- 实现直线的DDA算法和椭圆中点算法，和图形的显示，如拉框放大。和CS裁剪算法的实现-The DDA algorithm to achieve a straight line and elliptical mid-point algorithm, and graphical display, such as pull boxes to enlarge. Cut algorithm and the realization of CS
Changing_BOX
- 这是用Pbasic写的,更高级的三维绘图算法完整源码. 如果想编个CS游戏的话,这篇代码必学.-This is written by Pbasic, more advanced three-dimensional integrity of the source mapping algorithm. If you want to play for a CS, then this code will learn.
SolveStOMP
- Stomp 算法，是一个经典的信号重构算法，在CS重构中有重要的应用-StOMP
Tools
- 里面包括了几个c# 类文件，封装了对excel的导入导出操作，2种加密算法的封装，都只需要简单的调用就可以了。另外ToolBox.cs文件实现2个DataRow的比较。-Inside class contains several c# file, package of excel import export operation, two kinds of encryption algorithm package, only need a simple call on it. Addition T
wodecsa
- SAR成像cs正侧视仿真算法,适合刚刚接触SAR的同志-sar image
Maximum_flow
- 用C++实现的3种最大流算法。CS（Capacity-Scaling Algorithm）、SAP（Shortest Augmenting Path Algorithm）、ISAP（Improved Shortest Augmenting Path Algorithm）。-C++ implementation with three kinds of maximum flow algorithms. CS (Capacity-Scaling Algorithm), SAP (Shortest Au
ANN-in-maneuvering-target-tracking
- 在机动目标跟踪中，机动目标模型是机动目标跟踪的基本要素之一，一般希望机动目标模型能准确表征目标机动时的各种运动状态。比较常用的模型有匀速运动(CV)模型、匀加速运动(CA) 模型、时间相关模型（Singer）和机动目标“当前”统计模型。上述模型均采用机动频率表征目标的机动情况。在应用当中，通常采用固定的机动频率，这就表示机动目标的机动时间是一定的，而实际上机动目标的机动时间是不断变化的，也就是说机动频率是不断变化的，采用固定机动频率必然会带来误差。采样周期在0.5—2S时，机动频率越小跟踪精度越
computer-graphics
- 计算机图形学的作业。该程序包括图形生成（DDA直线/中点直线/BH直线/中点圆/正负圆/BH圆），图形显示（边缘/种子/扫描线填充），二维裁剪（CS/中点分割/LB/多边形裁剪），图形变换（平移/对称变换/旋转/缩放），曲线生成（Bezier曲线/B样条曲线/Hermite曲线）的算法。-It is my computer graphics work. The program includes graphics generation (DDA line/mid-point of line/BH
cart_ktFOCUSS
- CS理论应用在磁共振成像上。本算法将FOCUSS应用到CS理论上并做了改进，有较好的重建效果。-FOCUSS is originally designed to reconstruct sparse signal. Furthermore, L1 optimization is achieved by successively solving weighted L2 optimization problem, which can be easily implemented. From these
Phone
- 本程序的压缩编码是G.729的编解码程序，其的算法是基于CS-ACELP的算法基础上的编码-The process of compression encoding is G.729 codec process, its algorithm is based on the CS-ACELP coding algorithm based on
Yall1
- 压缩感知恢复算法，解决l1最小化问题,能够得到线性非定常问题的最稀疏解-CS recovery algrithm
cs_omp
- 最长用的CS重建算法-OMP的C++版本，运行环境为VS2008，需要安装opencv2.0 （home.ustc.edu.cn/~roy）-The C++ version of the general CS recovery algorithm- OMP, it is operated on VS2008,and you should install opencv2.0
PDCW
- 双声道语音的抗噪算法。开发者为Chanwoo Kim (chanwook@cs.cmu.edu)。-Noise reduction algorithm for dual channel speech. Developed by Chanwoo Kim (chanwook@cs.cmu.edu).
sarProcessing
- 合成孔径雷达成像的点仿真程序，包括RD，CS，XMA三种算法-Synthetic aperture radar imaging simulation program points, including the RD, CS, XMA three algorithms
l1_cs
- 对lena.map先分块处理，然后做cs变换，观测矩阵用随机高斯矩阵，重构算法用l1算法-On lena.map first block processed, and then do cs transform, random Gaussian matrix with the observation matrix, reconstruction algorithm algorithm using l1
Kriging
- 克里金算法实现 /* Kriging Interpolator written by Chao-yi Lang July, 1995 lang@cs.cornell.edu */-Kriging algorithm /* Kriging Interpolator written by Chao-yi Lang
CSlearning
- CS理论里观测矩阵的优化算法以及训练稀疏字典的算法-optimization of measurement matrix and dictionary learning for sparse approximations
needell-dissertation
- 基于cs的稀疏信道估计算法原理即MATLAB程序-Cs based on the principle of sparse channel estimation algorithm that MATLAB program