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chazhi
- C 语言实现线性插值，直接与三角形2中，包括矩阵运算的H 文件-C language realization of the linear interpolation directly with triangle 2, including the file of the H matrix operations
Untitledqr
- 基于QR分解的波束成形，掐你条件是已知信道完全信息，然后对信道状态H进行分解，求出波束赋形矩阵-Beam forming based on QR decomposition, pinch your condition is known channel completely, and then decompose the channel state H, and calculate beamforming matrix
Kinematics-analysis
- 讨论了一种六自由度排爆机械手运动学问题，利用D－H坐标变换方法来建立了机械手的运动学数学模型和目标矩阵，利用 MATLAB 强大的符号运算功能，对方程进行求解，得出正逆运动学的解。通过正运动学的解，可以得出了 解机械手各关节在执行任务时的运动轨迹；而逆运动学的解则可以求出机械手要到达某一位姿机械手各关节的扭角。运动学分析也为今后实现机械手的自动控制提供了设计参数。 -A kinematics promble of a 6-DOF bomb-disposing manipulator was
SuportVectorMachine_Library
- This toolbox was designed as a teaching aid, which matlab is particularly good for since source code is relatively legible and simple to modify. However, it is still reasonably fast if used with the supplied optimiser. However, if you really wa
generate_H
- generating H matrix for LDPC codes.
LDPC
- LDPC码的仿真研究，包括LDPC码的生成、H矩阵的生成、编码、解码等程序，并附有在不同调制、码长、列重情况下的仿真图-LDPC code simulation studies, including the generated LDPC code, the generation of the H matrix, the encoding, decoding, and other procedures, together with the different modulation code len
RK4
- 1.用四阶 Runge-Kutta 法求数值积分的函数为 RK4 2.此函数的入口参数为：系统维数 dimension,仿真时间 tspan 。 3.tspan 的格式为 [a:h:b] . 其中 a 表示起始时间，h 表示步长，b 表示终止时间。 4.仿真模型的状态方程、输出方程的系数矩阵以及系统初值均存放于文件 input information.txt 中。 5.仿真结果存放于文件 result.txt 中。 6.运行举例： 将 M 文件 RK4.m 和 inpu
character-Rain
- 输出字符雨，效果类似黑客帝国中的字符雨，若提示缺少graphics.h（Easyx）头文件，请到这里下载：www.easyx.cn -The output character rain, the effect is similar to the characters in the Matrix rain, suggest a lack of header files graphics.h (Easyx), please go to here to download: www.easyx.cn
blur_mtrx1
- 输入卷积核h和信号长度N，生成卷积矩阵H conv(h,x, full ) == blur_mtrx1(h,length(x), full )*x 支持‘full’‘valid’和‘circular -generate the blur matrix
Original_part1
- 用OpenMP并行运算 求矩阵向量乘机 内部调用C语言函数库 omp.h-OpenMP parallel computing matrix vector opportunity internally calls the C language library omp.h
Complex_SVD_algorithm_for_Cplus
- To do complex SVD for non-codebook precoding in open loop spatial multiplexing in MIMO, Householder Reduction and QR Diagonalization is applied to H matrix to obtain eigenvalues and eigenvectors of matrix.
3D-gamer
- 雙camera，取出左右camera的image，做flann ransac matching（基予sift）同時計算出fundamental matrix和深度關係。另外做了光流法h檔 加載後 可以計算左右camera 運動位移。 如果不能解壓縮，請將檔案後綴改成7z。-3D geometry
syn_homo_liu
- zhang算法中求解H矩阵的matlab代码-zhang algorithm for solving the H matrix matlab code
QR2
- 求解赫申伯格矩阵的全部特征值的QR方法 用双重步QR方法计算上H矩阵全部特征值-Solving all of He Shen Berg matrix eigenvalue QR double step QR on the H matrix all eigenvalues
nmf
- 非负矩阵分解 作者：D.D. Lee from Bell Lab H.S. Seung from MIT Presenter: Zhipeng Zhao -Non-negative matrix factorization Author: DD Lee from Bell Lab HS Seung from MIT Presenter: Zhipeng Zhao
music(doa)
- 七单元天线阵MUSIC DOA估计： d=1 ， 天线阵元的间距； lma=2， 信号中心波长； 四输入信号； A=[A1,A2,A3,A4]， 得出A矩； 四信号的频率d=[1.3*cos(v1*n) 1*sin(v2*n) 1*sin(v3*n) 1*sin(v4*n)] 构造输入信号矢量 U=A*d 总的输入信号 总输入信号的协方差矩阵 [s,h]=eig(c) 求协方差的特征矢量及特征值 取出与零特征
maze
- 完成迷宫程序的设计 输入 从maze.txt文件读入迷宫，格式如下 其中第一行为迷宫的阶数N，接下来是一个N*N的矩阵代表迷宫，0为路径，1为障碍物。 实验要求 要求自学查询技术文档，利用STL 的stack 类，完成以下要求的功能： 1. 打印迷宫: DisplayMaze()或者重载<< 其中（1,0）位置和（N-2,N-1）位置打印“=>，其余的1的位置打印“##”，0的位置打印“ ”（两 个空格），注意每个位置都是两个字符。 打印示例
assign_2_a
- We see that HTH matrix is almost diagonal as the off diagonal elements are nearly zero. So we are getting exact estimation in case of PRN INPUT due to diagonality of HTH matrix. As seen that the unknown inpulse response ( h ) and estimated impulse re
fig7_5b
- We see that HTH matrix is almost diagonal as the off diagonal elements are nearly zero. So we are getting exact estimation in case of PRN INPUT due to diagonality of HTH matrix. As seen that the unknown inpulse response ( h ) and estimated impulse re
fig7_34
- We see that HTH matrix is almost diagonal as the off diagonal elements are nearly zero. So we are getting exact estimation in case of PRN INPUT due to diagonality of HTH matrix. As seen that the unknown inpulse response ( h ) and estimated impulse re