资源列表
FISHER
- 用FISHER算法和基于核的FISHER算法实现样品的分类-Algorithm of FISHER FISHER algorithm based on the core sample classification
moesp
- MOESP 子空间辨识方法的程序,可以用在matlab中-Subspace identification algothem, MOESP
Simulink_serial_example
- matlab/simulink编写RS232串口调试程序-to write the RS232 serial communication program by matlab/simulink
L1_magic
- 程序包包括了求解稀疏信号重构的凸优化方法。具体实现了基于 primal-dual 的线性规划方法(LPs)和基于 log-barrier 的二阶锥规划方法(SOCPs)。-Sparse signal recovery via convex programming is given in the pakage. The Lps are using generic primal-dual method, and the SOCPs are solved with a generic log-barr
jade
- BSS语音盲源分离JADE算法MATLAB程序-bss
T-HOMEWORK
- 用Parzen窗法或者kn近邻法估计概率密度函数,得出贝叶斯分类器,对测试样本进行测试,比较与参数估计基础上得到的分类器和分类性能的差别.2. 同时采用身高和体重数据作为特征,用Fisher线性判别方法求分类器,将该分类器应用到训练和测试样本,考察训练和测试错误情况。将训练样本和求得的决策边界画到图上,同时把以往用Bayes方法求得的分类器也画到图上,比较结果的异同。3.选择上述或以前实验的任意一种方法,用留一法在训练集上估计错误率,与在测试集上得到的错误率进行比较。-Use Parzen Wi
yaogan
- 对一副图像,计算其对比度和相关性这两个纹理指标-On an image to calculate the contrast and texture indicators
lb
- 改进型的形态滤波器(广义形态滤波),的源代码,仅供参考-Improved morphological filter (generalized morphological filter), source code, for reference only
ruilishuailuoQPSK
- QPSK信号通过瑞利衰落信道后的误比特率和误符号率,并与AWGN信道下的误比特率和误符号率进行对比。其中,多普勒频移为 100Hz,经过矩形脉冲成形后的抽样时间间隔为1/800000s。-The QPSK signal harms the bit rate after the Rayleigh fading channel and harms the mark rate, and harms the bit rate with the AWGN channel under and harms
anli1
- 实现pls的编程,有完整的数据模型,用仿真数据实现偏最小二乘算法,同时计算T2和SPE-PLS programming realization, have complete data model, with the simulation data achieve partial least square algorithm, and the calculation T2 and SPE
Endpoint-detection-of-speech-signals
- 语音信号端点检测的多种算法,其中包括了时域的短时能量算法,短时过零率算法,以及小波去噪的若干程序!-Endpoint detection of speech signals
Compressive_sensing_
- 压缩传感,压缩感知,压缩采样,稀疏表达,稀疏表示,的入门例子-compressive sensing compressed sensing-compressive sensing compressed sensing
