filter_bank

均匀量化和非均匀量化在性能上存在着显著的差异，这种差异可以用信号通过量化器后的量躁比来反映出来。本程序用曲线表示了理论和实际两个方面下两种量化的量躁比。从而可观察他们的性能上的差别。(There are significant differences with the function between Uniform quantization and non-uniform quantization ,which can be quantified by SNR from the quantizer.This program use the curves to denote the SNR of theory and practical signal.Then we can observe the performance of the differences.)

motion compensation in sar simulation

MATLAB7 使用教程，从基础篇到高级，结合了图形说明，易学易懂(MATLAB7 Desktop Tools and Development Environment.This book is a basic course of matlab. )

FKP authentication document

這是我自己練習用的程式碼用於matlab(This is my own practice to use the code for matlab)

说明：  FSK在Rayleigh 衰落下的matlab误码率仿真，包括理论计算和仿真结果(FSK in Rayleigh Fading matlab error rate simulation, including theoretical calculations and simulation results)

说明：  边缘检测是图形图像处理、计算机视觉和机器视觉中的一个基本工具，通常用于特征提取和特征检测，旨在检测一张数字图像中有明显变化的边缘或者不连续的区域，在一维空间中，类似的操作被称作步长检测（step detection）。(Edge detection is a basic tool in graphics and image processing, computer vision and machine vision. It is usually used for feature extraction and feature detection. It aims to detect the edge or discontinuous area with obvious changes in a digital image. In one-dimensional space, similar operations are called step detection)

扩展kalman滤波,目标在y轴上运动，传感器平台沿y轴方向运动，初学kalman不错。 ( Extended kalman filtering, target y-axis motion sensor platform along the y-axis motion)

很简单实用的一段边缘检测的matlab程序，请各位指正。(A very simple and practical procedures for edge detection matlab, please correct me.)

搜集了网上的一些比较新的STAP算法；感谢Zheng Zhou zhzhou@calpoly.edu 的贡献！ (The purpose of this tutorial is too familiarize Cal Poly students with space-time adaptive processing (STAP). By the end of this tutorial, you should have a solid understanding of how STAP works and how to build upon the foundation of STAP research here at Cal Poly. It is the hope of this author that once you completed your thesis in STAP, you would update this tutorial with more recent STAP developments so that future Cal Poly students could benefit your experience. )