correct-FCCU-Debutanizer-DMC-Control

基于自适应滤波的DPC-MAB+SAR方位向信号重建.pdf(SAR Azimuth Signal Reconstruction Based on Adaptive Filtering for the DPC-MAB SAR System)

matlab实现mimo-ofdm过程，国外牛人所寄(mimo-ofdm realize matlab process cattle were sent abroad)

convolution with overlap-add procedure

基于QR分解的MIMO系统的误码率性能仿真(QR decomposition based on the BER performance of MIMO system simulation)

实现典型相关分析，电力系统暂态稳定程序，可以进行暂态稳定计算,IMC-PID是利用内模控制原理来对PID参数进行计算。( Achieve canonical correlation analysis, Power System Transient Stability Program, can be transient stability, The IMC- PID is using the internal model control principle for PID parameters is calculated.)

mfcc特征提取的程序,程序还需要enframe和melbankm，会一起上传(mfcc feature extraction procedures, the program also needs enframe and melbankm, upload them together)

编写卡尔曼滤波程序实现航迹的滤波估计，并计算出误差，仿真曲线(Kalman filter procedure to prepare implementation of the filtering track estimate and calculate the error, the simulation curve)

this matlab code for LS and MMSE channel estimation

Kalman by Sid Meh constant velocity (filter)

Quadrature amplitude modulation (QAM) is a modulation scheme in which two sinusoidal carriers, one exactly 90 degrees out of phase with respect to the other, are used to transmit data over a given physical channel. One signal is called the I signal, and the other is called the Q signal. Because the orthogonal carriers occupy the same frequency band and differ by a 90 degree phase shift, each can be modulated independently, transmitted over the same frequency band, and separated by demodulation at the receiver. For a given available bandwidth, QAM enables data transmission at twice the rate of standard pulse amplitude modulation (PAM) without any degradation in the bit error ratio (BER).