EMD-svm

自己写的LTE中turbo编码仿真。符合3GPP标准，能够直接运行。相应的文档见3GPP 36.212(Write your own LTE simulation of turbo codes. In line with 3GPP standards, can be run directly. The appropriate documentation, see 3GPP 36.212)

implimentation de histogram sous matalb

webserver-ssl library This is part of revision 226 of the Stellaris SSL Web Server.

基于BUCK电路的光伏发电扰动法MPPT跟踪(PV perturbation method based BUCK circuit MPPT )

振动信号时域、频域、倒频域、包络、时频分析，真实可靠，童叟无欺(Vibration signal in time domain, frequency domain and inverted frequency domain, envelope, time-frequency analysis, true and reliable, fair trade)

sparsebayes matlab RVM(relevant vector machine)

The LMSE package contains two subroutines. LMSE computes the minimum mean square error (MSE) possible if one image is allowed to be linearly scaled in intensity. LMSEDIFF computes the difference image after the target image is scaled according to the scaling that minimizes the MSE. This is a better way to compare images if the absolute magnitude of the intensity has no meaning.

Run Application =============== Windows: Doubleclick the BicAT_v2.2.jar file Linux: type ./run_linux to start the application. Solaris: type ./run_solaris to start the application. possible problems: ================== Make sure the environment variables are properly set! CLASSPATH (should be ok) LD_LIBRARY_PATH = ./lib/linux ./lib/solaris Sample Data Files ================= dataSample_1.txt - use offsets (1,1) (data are already logarithmized) dataSample_2.txt - use offsets (1,1) (Run Application =============== Windows: Doubleclick the BicAT_v2.2.jar file Linux: type ./run_linux to start the application. Solaris: type ./run_solaris to start the application. possible problems: ================== Make sure the environment variables are properly set! CLASSPATH (should be ok) LD_LIBRARY_PATH = ./lib/linux ./lib/solaris Sample Data Files ================= dataSample_1.txt- use offsets (1,1) (data are already logarithmized) dataSample_2.txt- use offsets (1,1) )

cancelling maternal ecg in fetal ecg

SAVE2WORD saves plots to Microsoft Word. function SAVE2WORD(filespec,prnopt) saves the current Matlab figure window or Simulink model window to a Word file designated by filespec. If filespec is omitted, the user is prompted to enter one via UIPUTFILE. If the path is omitted from filespec, the Word file is created in the current Matlab working directory