FBMC

Stanford的SRB实验室Quantitative Seismic Interpretation的免费MATLAB程序，可以计算AVO response, rock property, Gassmann s equation, fluid property, Elastic impedance等，非常实用和方便 (Stanford' s Quantitative Seismic Interpretation Laboratory SRB free MATLAB procedures, can calculate the AVO response, rock property, Gassmann' s equation, fluid property, Elastic impedance and so on, very practical and convenient)

说明：  用LBG算法对图像进行矢量量化，并实现了图像解码，图像解码视觉效果良好。(realized image vector quantization employed the LGB algorithm, and achieved the image decoding, image decoding visual effect is good.)

说明：  滤波器设计的目的是对信号进行数据序列的频率变换，去掉其中我们不需要的频率成分，用数字滤波器课实现语音信号去噪(Filter is designed to sequence the signal frequency of the data transformation, which we do not need to remove frequency components, with digital filter class voice signal denoising)

基于MATLAB simulink 的QPSK仿真，R2008下测试可运行。提供波形、频谱、眼图、星座图。(Based on MATLAB simulink simulation of QPSK, R2008 under test can be run. It provides waveform, spectrum, eye diagrams, constellations.)

语音信号的分帧处理，实现语音的非平稳化为准平稳过程，利用一些平稳信号的处理方法来处理语音信号。(The sub-frame of the speech signal processing, non-smooth voice of whichever stationary process, some stationary signal processing methods to process voice signals.)

以前上高级信号处理的课程作业，是关于功率谱估计的MUSIC算法(Advanced signal processing on the previous course work, the power spectrum estimation on MUSIC algorithm)

数字基带系统传输，有完整的编码译码过程，高斯白噪声信道(Digital baseband transmission systems, a complete coding and decoding process, Gaussian white noise channel)

数字滤波和有限长数字滤波器的实现 有详细过程(digital filtering and finite length of the digital filter to achieve a detailed process)

用MATLAB实现的BPSK,DELAY,OFDM,QPSK.仿真技术。来自MATLAB爱好者论坛。(Using MATLAB implementation BPSK, DELAY, OFDM, QPSK. Simulation technology. From the MATLAB lovers forum.)

使用误差累计的方式，来实时的更新背景，提取出最新的背景，(Cumulative manner using the error to the background of real-time update, extract the latest background)