chapter3

通过使用汉明码进行编码、解码、纠错。运用matlab仿真并计算汉明码的误码率和纠错能力。()

说明：  一种改进的DTW算法，能有较好的处理效率(An improved DTW algorithm, can be a better deal with the efficiency of)

用 kalman滤波进行目标物体追踪，有数据，试验成功,matlab编程，图像处理。(Using kalman filter for tracking the target object, including data, test success, matlab programming, image processing.)

一个QPSK调制解调的程序，在Matlab环境下实现。(A QPSK modulation and demodulation process in Matlab environment to achieve.)

The Frequency Domain Decomposition (FDD) is an output-only system identification technique popular in civil engineering, in particular in structural health monitoring. As an output-only algorithm, it is useful when the input data is unknown. FDD is a modal analysis technique which generates a system realization using the frequency response given (multi-)output data

adaptive volterra LMS filter for system idetification

I have often found that user input edit boxes on a dialog require much more than the capabilities provided by the basic CEdit control. A common problem I have encountered is the need for an edit control that restricts the characters that can be entered into the box in some manner. Some types of restrictions would include confining input to a specific set if legal characters, excluding characters in an illegal set, limiting text to a maximum length and providing for fixed length strings that may be padded to the right with spaces if they are too short.

snake demo,轮廓线演化程序演示，国外优秀代码，图像处理、数值计算相关方向的应该有用(snake demo, contour evolution program demonstrates, foreign good code, image processing, numerical calculation related to the direction should be useful for)

matlab编写的伪随机序列发生器，包括小m序列、大M序列，gold序列(pseudo-random sequence generator matlab prepared, including a small m sequence, M sequences, gold sequences)

This document provides a brief description of the models implemented in Matlab/Simulink and used the cases studies presented throughout the book. Although the models were developed in different recent versions of Simulink a final test was conducted in MATLAB R2013a. The models included are the following: • DFIG WT robust model for steady state simulation • DFIG WT robust model for steady state simulation in a HVDC system • Offshore Wind Farm Connection Using Point-to-Point VSC-HVDC (A) (changes in wind farm power output) • Offshore Wind Farm Connection Using Point-to-Point VSC-HVDC (B) (FRT analysis)