400M

[原创]自己写的mallat算法matlab源程序，完全按照教材定义编写，有助于深入理解mallat小波变换。([Original] wrote it myself Mallat algorithm matlab source code, in full accordance with the definition of the preparation of teaching materials, contribute to better understanding of Mallat wavelet transform.)

运动估计，对已给模板及视频序列估计出下一帧的模板情况，视频序列及第一帧模板需要自己给出。(Motion estimation. Based on given mask and image sequencies to estimate mask of next frame. Image sequence and first-frame-mask are not given.)

可以清楚的知晓信号随时间轴和频率轴的变化，相当的方便(Can be clearly known with the axis and a frequency axis signal changes, considerable convenience)

说明：  matlab pcm的实现的函数，适合学生使用哦 函数有说明 方便阅读(matlab implement pcm for students. we have information about the function being used)

PCA 人脸识别, PCA 人脸识别,PCA 人脸识别(PCA face recognition, face recognition PCA, the PCA face recognition, face recognition PCA)

A tutorial on Principal Components Analysis

急性白血病的基因表达谱分析与亚型分类特征的鉴别(Analysis of gene expression in acute leukemia subtype classification and identification of characteristics)

The model(DFIG) provided is as simple as is appropriate for bulk power system dynamic studies. It is valuable to put the model limitations in the context of what analysis is required

本毕业设计用Matlab中的建模仿真工具Simulink对通信原理实验进行仿真。作为系列实验的第一部分，包括模拟信号的线性调制解调(AM、DSB、SSB)过程、扰码与解扰实验和低通信号的抽样定理实验。论文中讲述了Matlab的基础知识、Simulink仿真操作方法以及在通信系统中的应用，对被仿真实验的基本原理也进行了简要介绍。 通过本设计对构造通信原理虚拟实验室这一课题进行了初步的探索。(design with the graduation of Matlab Simulink modeling and simulation tools for Progressive Communications principle experiment OK simulation. As the first series of experiments, including a linear analog signal modulation and demodulation (AM, DSB, SSB) process. encryption code and experimental communications, and low sampling theorem experiment. Papers on the basis of Matlab knowledge, Simulink operation and the communication system, the application Simulation experiments on the basic principle was also briefly introduced. Through the design of communication principle structure of the virtual laboratory conducted a preliminary exploration.)

(MATLAB) On the companion website, you will find in the directory Chap exercises/chapter3 a workspace ex3M2.mat. In this workspace, you will find waveforms of the words “we” and “be” (at 10000 samples/s) in the array we be 10k. The waveforms and a spectrogram of the waveforms are shownin Figure 3.33. To display the spectrogram andwaveform, use the function specgram ex3p19.m also in Chap exercises/chapter3. To listen to the waveform, use the MATLAB function sound.m.