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说明：  自己设计的LT数字喷泉码（信道编码）的解码和测试程序。(Of their own design LT digital fountain codes (channel coding) decoder and test procedures.)

说明：  Matlab是科学计算与仿真中常用的工具软件，本文阐述Matlab编程中需要注意的问题！(Matlab is commonly used in scientific computing and simulation software tool, this paper, Matlab programming issues that need attention!)

reading universal file format

1、画出函数y=x*sin(x) 2、用曲面表示z=x^2+y^2 3、创建n阶魔方矩阵，n能被4整除 4、三维图形影片动画 5、画出N=100，p=0.5情况下二项分布的概率 特性曲线(1, draw the function y = x* sin (x) 2, using surfaces to describe z = x ^ 2+ y ^ 2 3, create a cube matrix of order n, n be divisible by 4 4, 3D graphics, animation film 5, draw N = 100, p = 0.5 case, the binomial probability curve)

改进粒子群算法以及例子,可单步运行，算法参数可调(improve PSO and example)

用matlab实现的土豆骨架提取，非matlab在带函数（计算机视觉作业）(Extraction using matlab realize potatoes skeleton with non matlab function in (Computer Vision jobs))

LMS algorithm matlab

Photos with people (e.g., family, friends, celebrities, etc.) are the major interest of users. Thus, with the exponentially growing photos, large-scale content-based face image retrieval is an enabling technology for many emerging applications. In this work, we aim to utilize automatically detected human attributes that contain semantic cues of the face photos to improve contentbased face retrieval by constructing semantic codewords for efficient large-scale face retrieval. By leveraging human attributes in a scalable and systematic framework, we propose two orthogonal methods named attribute-enhanced sparse coding and attributeembedded inverted indexing to improve the face retrieval in the offline and online stages. We investigate the effectiveness of different attributes and vital factors essential for face retrieval. Experimenting on two public datasets, the results show that theproposed methods can achieve up to 43.5 relative improvement in MAP compared to the existing methods.

eeg的脑电地形图，用于matlab中处理eeg数据。(eeg topographic maps of EEG for addressing eeg matlab data.)

Two matlab files to demonstrate how to fit an ellipsoid directly to a set of 3D points.