资源列表
fdtd3D
- 在前面1维，2维的基础上继续推出3维的FDTD程序，可以帮助解决复杂的3维电磁散射问题，适用范围更广。这个程序给出计算要求的参数即可运行。-in front of one-dimensional, two-dimensional basis continue to offer three-dimensional FDTD procedures, which can help to solve the complex three-dimensional electromagnetic scatte
UWB-OFDM
- 给出了利用OFDM实现UWB的源代码及实例。包括从信源、信道、接收等，是一个完整的系统，接口方便，容易学习使用。-given by using OFDM UWB achieve the source code and examples. Letter from the source, channel, the receiver, is a complete system interface easy to learn to use.
new1lyapunov
- 给出了分形计算的源代码的matlab程序，可以迅速帮助大家进行分形的分析与计算，参数容易设置-given fractal calculation of the source code Matlab procedures, we can quickly help fractal analysis and calculation of parameters easy to set up
MDEFIR3
- 给出了FIR滤波器设计的C语言程序，可以根据设计要求，灵活地调整参数，得到需要的滤波器参数。-given FIR filter design in C language program, according to the design requirements, flexibility to adjust parameters and the filter parameters.
基于巴特沃思滤波器的50Hz工频险波器
- 基于巴特沃思滤波器的50Hz工频险波器,程序给出了滤波器系数并且作了频谱分析-Butterworth filter based on the frequency of 50Hz - risk devices, procedures given the filter coefficient and made spectrum analysis
CDMA跳频通信子程序
- CDMA跳频通信子程序,本子程序计算CDMA跳频通信的误码率-CDMA frequency-hopping communications subroutine, the book calculation procedures CDMA frequency-hopping communications BER
2分集CDMA跳频通信子程序
- 二分集CDMA跳频通信子程序,计算2分集CDMA跳频通信系统的误码率-two set points CDMA frequency-hopping communications subroutine to calculate two set points Hopping CDMA communication system BER
4进制PSK仿真子程序
- 4进制PSK仿真子程序,子程序计算4进制PSK调制的误码率-four band PSK simulation subroutine, the four band calculation subroutine PSK modulation BER
差分编码子程序
- 差分编码子程序,在调治之前对信号进行差分编码-differential coding subroutine, prior to the modulating signal differential coding
ICA_demo_fMRI
- ICA can be used in brain activation studies to reduce the number of dimension and filter out independent and interesting activations. This demonstration shows two studies. One provided by Hvidovre Universitets Hospital, Denmark, that consists of fMRI
ICA_demo_text
- ICA is used to classify text in extension to the latent semantic indexing framework. ICA show to align the context grouping structure well in a human sense [1], thus can be used for unsupervised classification. The demonstration shows this on medical
Molgedey and Schouster
- The Molgedey and Schuster decorrelation algorithm, having square mixing matrix and no noise . Truncation is used for the time shifted matrix, and it is forced to be symmetric . The delay Tau is estimated . The number of independent components ar