prbs.m

压缩包中的内容用matlab语言对算术码进行描述，并成功实现了对测试文件的压缩和解压。(This compressed package include the source code of matlab language used to describe the arithmetic algorithm. By using it,we can successfully code and decode the test file.)

用交互多模型算法IMM实现目标跟踪，性能还可以(the matlab source of IMM)

VERY VERY VERY GOOOOOD BOOK FOR MATLAB

脉冲雷达系统Simulink实现（Matlab6中可以用，Matlab7中没有试过）(pulsed radar system to achieve Simulink (Matlab can be used. Matlab7 not tried))

Matlab COdes for network route. You can use it for different kinds of graph algorithms

灰色理论多变量预测源代码，费很大劲找到的，预测挺不错的(Grey theory multivariable predictive source code, find great difficulty predicting very good)

数字信号处理－理论、算法与实现 一书中所涉及到的绝大部分算法。 Dsp_c C语言编写的算法程序。 Dsp_fortran FORTRAN语言编写的算法程序。 Dsp_matlab用MATLAB编写的信号处理程序，包含本书各个章节的 大部分例题。(" Digital Signal Processing- Theory, Algorithm and Implementation of a book related to most of the algorithm. The DSP_C C language algorithm. Dsp_fortran FORTRAN language written algorithm. Dsp_matlab prepared using MATLAB signal processing procedures, including most of the examples of the various chapters of the book.)

基于COM的VC与MATLAB的混合编程技术(COM-based mixture of VC and MATLAB programming)

Gradient Adaptive Laguerre Lattice Filter( Description： Implements the order recursive adaptive laguerre filter from Fejzo and Lev-Ari (1997). Advantages: *Fewer parameter to model than FIR filters modeling long impulse responses *guaranteed stability, unique global minimum, small number of parameter for prescribed modelling error *numerically robust & and low computational complexity ( O(M) ). *Fast convergence (RLS equivalent) with no apriori learning rate required *Order recursive, so filter coefficients are uncorrelated with each other, allowing for modular implementation. Setting the pole parameter to 0 yields the standard classical gradient adaptive FIR algorithm. Includes simple example on cross-talk resistant echo cancellation to show how to use it. )

matlab算法大全之插值与拟合，非常详细的资料(the matlab algorithm Daquan interpolation and fitting, very detailed information)