f14_1xiugai

哈里斯算法特征点，基础的算法，在机器上试验成功，把文件名称换一下就行了(Harris algorithm feature point-based algorithms, successfully tested on the machine, the file name on the line for what)

Computing GLONASS accuracy (without statistic)

A Solution Manual for(Proakis)Digital Signal Processing (Solution)

本站以C语言和Java语言、嵌入式开发、算法实现为主.(IMAGE SIGNAL BLIND PROCESSING)

说明：  地磁场在缺陷微磁检测中的计算To the magnetic field in the defect detection of micro-computing(To the magnetic field in the defect detection of micro-computing)

本程序适用于论文Robust Sparse Coding for Face Recognition(this code is for Robust Sparse Coding for Face Recognition)

人工算法求解函数优化问题——智能计算大作业(Artificial Algorithm for Function Optimization- Great job on Intelligent Computing)

数字滤波的例子，巴特沃斯与切比雪夫的横向和纵向对比，及阶数分析(Digital filter example, Butterworth and Chebyshev comparison of horizontal and vertical, and the order of)

说明：  本文档是用MATLAB仿真各种信号的波变换(This document is a variety of signals using MATLAB simulation of wave transformation)

In a normal communication channel, it is often desirable to concentrate the information in as narrow a region of the frequency spectrum as possible in order to conserve available bandwidth and to reduce power. The basic spread spectrum technique, on the other hand, is designed to encode a stream of information by spreading the encoded data across as much of the frequency spectrum as possible. This allows the signal reception, even if there is interference on some frequencies. While there are many variations on spread spectrum communication, we concentrated on Direct Sequence Spread Spectrum encoding (DSSS). The DSSS method spreads the signal by multiplying it by a chip, a maximal length pseudorandom sequence modulated at a known rate. Since the host signals are in discrete-time format, we can use the sampling rate as the chip rate for coding.