资源列表
Modify-EZW
- 修改后的EZW，有详细说明。能够看懂代码的。-Modified EZW, are described in detail. Can understand the code.
TFBSSpack
- 一种基于短时傅里叶时频分析的盲源分离算法，算法基于卷积混合。处理非平稳源信号。-Short Time Fourier based time-frequency analysis of blind source separation algorithm, hybrid algorithm is based on convolution. Handling non-stationary source signals.
netcdf
- matlab用来编辑NC或者HDF格式数据的插件-matlab HDF format for editing data in NC or plug-ins
PCA
- 基于主分类分析的SAR图像变化检测MATlt实验程序-Based on the analysis of the main SAR image classification change detection experiment
compress_BER
- 基于u率的压扩变换法降低峰均功率比的误码率matlab仿真源程序-U Based on the rate of compression and expansion transform lower peak to average power ratio of the bit error rate simulation source code matlab
freqresponse
- 计算平面桁架的频响函数，求得某一节点的速度，加速度。-Frequency response function calculation plane truss, a node obtained velocity and acceleration.
Riemann_Pro
- Riemann Solvers and Numerical Methods for Fluid Dynamics,此书的全部源代码，非常有用。-Riemann Solvers and Numerical Methods for Fluid Dynamics
MIMO-downlink
- 基于SLNR准则的MIMO下行链路预编码-SLNR criteria based precoding MIMO downlink
NSGA-II
- 多目标优化经典算法之一，NSGA2算法，用Matlab写的，好好学一下-One of the classical multi-objective optimization algorithm, NSGA2 algorithm, written using Matlab, a good school look
grd_matlab
- 读、写surfer文本的GRD格式的matlab程序，适合不需要插值的数据读写，比surfer自带的数据网格化功能处理的速度要快几十倍、甚至上百倍，可以处理大容量数据。-Reading and writing text surfer GRD format matlab program for reading and writing data without interpolation, the grid than the surfer' s own data processing capabil
Calculation-of-Special-Functions
- 特殊函数计算 gamafun 用逼近法计算伽玛函数的值 lngama 用Lanczos算法计算伽玛函数的自然对数值 Beta 用伽玛函数计算贝塔函数的值 gamap 用逼近法计算不完全伽玛函数的值 betap 用逼近法计算不完全贝塔函数的值 bessel 用逼近法计算伽玛函数的值 bessel2 用逼近法计算第二类整数阶贝塞尔函数值 besselm 用逼近法计算变型的第一类整数阶贝塞尔函数值 besselm2 用逼近法计算变型的第二类整数阶贝塞尔函数值 E
cdma2k_ddc_12_1
- matlab simulink 开发的CDMA2K DDC数字下变频器和滤波器，使用XILINX FPGA V5系列，并包含DDC每个阶段的输出验证matlab程序，非常实用。-matlab simulink developed CDMA2K DDC digital down converter and filter, using the XILINX FPGA V5 series, and contains the output of each stage of verification DD