Space-Time-Adaptive-Processing

说明：  图像的双线性插值放大算法中，目标图像中新创造的象素值，是由源图像位 置在它附近的2*2 区域4 个邻近象素的值通过加权平均计算得出的。 双线性内插 值算法放大后的图像质量较高，不会出现像素值不连续的的情况。然而次算法具 有低通滤波器的性质，使高频分量受损，所以可能会使图像轮廓在一定程度上变 得模糊。 (Bilinear interpolation algorithm to enlarge the image, the target image in the newly created pixel value is determined by the source image position in its area near the 4 2* 2 the value of neighboring pixels calculated by the weighted average. Bilinear interpolation algorithm to enlarge the image quality after the high pixel value does not appear the situation is not continuous. However, sub-algorithm has low-pass filter nature of the damage to the high frequency components, it may make the image contour to some extent become blurred.)

用窗函数法设计一个线性相位FIR数字低通滤波器(With a window function method to design a linear phase FIR digital low-pass filter)

QAM with fading channel

GPS和INS松组合程序，以及相应的程序说明和数据，包含主函数和卡尔曼滤波，直接可以运行(GPS and INS loose combination of procedures, and the corresponding program instructions and data, contains the main functions and Kalman filter, can be run directly)

Algoritmo de rls en matlab, archivo .m

用MATLAB实现AGC，并且还有Word的文字说明，已经在MATLAB上实现过了。(MATLAB implementation by AGC, and there are Word' s text has been realized in MATLAB before.)

天文导航方向，导航信号转化为星历表信息Matlab程序。(The direction of celestial navigation, navigation signal into Matlab ephemeris information procedures.)

IMT-DS FDD(WCDMA)系统无线接口层3技术规范： 无线资源控制协议(RRC) IMT-DS FDD(WCDMA) System Radio Interface Layer3 Technical Specificaiton: RRC Protocol (IMT-DS FDD (WCDMA) system, radio interface layer 3 specification: radio resource control protocol (RRC) IMT-DS FDD (WCDMA) System Radio Interface Layer3 Technical Specificaiton: RRC Protocol)

瑞利信道仿真，用于ofdm，mimo系统中，望大家下载(Rayleigh channel simulation for ofdm, mimo system, hope you download)

FIR滤波器， 设计一个线性相位有限冲激响应低通滤波器，使其满足如下指标：通带边界为2kHz，阻带边界为2.5kHz，通带波纹 =0.005，阻带波纹 =0.005，抽样率为10kHz。采用多尔夫-切比雪夫窗进行设计，进行频谱分析。(FIR filter, design a linear phase FIR low-pass filter to meet the following indicators: passband border to 2kHz, stopband border to 2.5kHz, passband ripple = 0.005, stop-band ripple = 0.005, sampling rate of 10kHz. Used Dorf- Chebyshev window design, spectral analysis.)