DSSS-communications-system

12可视化大肠杆菌亚细胞结构使用稀疏反褶积空间光干涉tomography.pdf(12Visualizing Escherichia coli sub-cellular structure using sparse deconvolution spatial light interference tomography.pdf)

基于遗传算法和匹配追踪的信号分解程序和MATLAB仿真(Matching based on genetic algorithms and procedures to track the signal decomposition and MATLAB simulation)

一本讲解matlab库类的好书 讲解很详细 适合初学者使用(a book for MFC kulei)

内含多个MIMO-OFDM信道评估程序：MIMO-OFDM不同信道估计的对比、OFDMexample(程序源码和SIMULINK平台仿真)等！(Contains multiple MIMO-OFDM channel assessment procedure: MIMO-OFDM channel estimation with different contrast, OFDMexample (program source code and SIMULINK simulation platform) and so on!)

迭代学习控制源程序，适合初学者，希望和有关机器鱼轨迹跟踪方面交流。(Iterative learning control source program, suitable for beginners, hopes and exchanges on trajectory tracking of robotic fish.)

本资源是matlab精密单点定位后处理方法的源代码(This resource is the precise point positioning matlab source code approach)

天线方向图的波达方向，用于描述回波的方向图6，可以用于初学者学习使用(DOA antenna pattern, used to describe the echo pattern 6 can be used for beginners to learn to use)

简单的fastICA程序，基于matlab实现盲分离，比较实用。(FastICA simple procedure, based on matlab realize blind separation, more practical.)

[IOVS]2011 Shadow Removal and Contrast Enhancement in OCT Images of the Human Optic Nerve Headl的实现matlab代码，医学图像增强([IOVS] 2011 Shadow Removal and Contrast Enhancement in OCT Images of the Human Optic Nerve Headl realization of matlab code medical image enhancement)

PROJECT 02-02 Reducing the Number of Intensity Levels in an Image (a) Write a computer program capable of reducing the number of intensity levels in a image from 256 to 2, in integer powers of 2. The desired number of intensity levels needs to be a variable input to your program. (b) Download Fig. 2.21(a) from the book web site and duplicate the results shown in Fig. 2.21 of the book. Laboratory Projects_DIP3E 的02-02項目(PROJECT 02-02 Reducing the Number of Intensity Levels in an Image (a) Write a computer program capable of reducing the number of intensity levels in a image from 256 to 2, in integer powers of 2. The desired number of intensity levels needs to be a variable input to your program. (b) Download Fig. 2.21(a) from the book web site and duplicate the results shown in Fig. 2.21 of the book.)