资源列表
FIRBSF_v3
- Design a linear phase minimum order FIR Band Stop filter to stop the frequency band 0.45π to 0.55π with atleast 60dB attenuation at the edges. Further -3dB frequencies are required to be at 0.3π and 0.7π. 1. Plot the frequency response of the psue
wf2
- 神经网络训练与相关算法的描述，含有自适应学习速度-Neural network training and related algorithms described with adaptive learning rate
PHD
- 利用PHD算法对函数的频率进行估计并画出图形-you can obtain frequency of the function by the PHD algorithm and get the figure
mhsx
- 基于欧几里得距离的聚类分析算法程序，只需要用户输入矩阵即可完成-Euclidean distance-based clustering analysis algorithm procedure, but requires the user to complete input matrix
recycle
- 美国数学建模2010年预防犯罪的代码，利用连续加权的方法，其中需要画圆这里可以很好的利用此程序-American Mathematical modeling of the code of crime prevention in 2010, using the continuous weighting method, which need to draw a circle where you can put to good use this procedure
ZFFT
- 可以对任意实现频谱细化，函数的参数见函数自身说明-Spectrum can be achieved for any refinement, the function of the parameters see the descr iption of the function itself
LS-SVMlab1.5
- 一个lm的svm工具箱，可以很好的进行分类，具体使用可以看m文件-A lm of svm toolbox, can be well classified, the specific use of the file can be seen m
DS_CDMA_matlab_simulation
- 用于实现DS-CDMA通信系统仿真的程序 编码transmitter,receriver模块，并对传输信道增加高斯白噪干扰 是通信理论扩频技术的应用实例-Used to implement DS-CDMA communication system simulation program code transmitter, receriver module, and increase the transmission channel is a Gaussian white noise int
Self-organizing_feature_map_model
- 自组织特征映射模型(Self-Organizing feature Map)，认为一个神经网络接受外界输入模式时，将会分为不同的区域，各区域对输入模式具有不同的响应特征，同时这一过程是自动完成的。各神经元的连接权值具有一定的分布。最邻近的神经元互相刺激，而较远的神经元则相互抑制，更远一些的则具有较弱的刺激作用。自组织特征映射法是一种无教师的聚类方法。-Self-organizing maps model (Self-Organizing feature Map), that a neural n
CaseStudy
- 北京交通大学许荣涛老师TD-SCDMA课程Case Study仿真程序，关于midamble code和信道仿真。-The midamble code and channel simulation of the course of TD-SCDMA in bjtu,teacher Rongtao Xu.
MotionEstimation
- Motion estimation code using matlab
pgauss
- 部分选主元的高斯LU分解算法，用法：[L,U,P]=pgauss(A)-Gaussian LU decomposition algorithm with pivoting