format_burst

定义了通信中帧格式，用matlab代码实现了这个过程，可以自定义巴克码的长度，接收端可以采用滑动相关法捕获该帧(The definition of a communication frame format, using matlab code to achieve this process, can customize the length of Barker Code, the receiving end of sliding correlation method can be used to capture the frame)

说明：  一本很特别的matlab教材，慢慢探索吧 本书第一章系统讲述MATLAB6.5的集成工作平台，引导读者初会MATLAB基本用法。第二、三章系统叙述MATLAB6.1的四大基本数据类型（数值数组、字符串数组、元胞数组、构架数组），至于其它扩展数据类型（函数句柄、符号数据、内联函数、unit数组、稀疏类）则另辟章节专述。此后，本书用九个独立章分述MATLAB6.5的数值计算、符号计算、函数和数据可视、面向对象编程、GUI交互操作界面设计、EXE独立应用程序生成、实现不同软件平台交互的API、M-book数据图形文字环境集成等八大通用功能。本书用专门的一章深入浅出地阐明SIMULINK的分层建模、仿真功能、与MATLAB交互的功能。 全书包含390多个计算范例。所有算例的程序是可靠、完整的。读者可以在自己的MATLAB环境中完全准确地重现本书所提供的算例结果。算例的举一反三，将使读者很快掌握要领，从模仿走向灵活应用。 书中正文（包括算例）所涉及的指令全部罗列在附录的“A索引”中，用户很容易根据关键字符找到相关的正文说明和算例应用。 (err)

说明：  这个是基于ASM和AAM编写的手势识别的matlab代码(This is written based on ASM and AAM gesture recognition matlab code)

实现好的基于PCA的人脸识别系统，程序非常有参考价值，MATLAB编写，内附使用说明。(To achieve a good face recognition system based on PCA, the program very useful, MATLAB written instructions included.)

基于Simulink的电动助力转向控制策略仿真，里面详细介绍了EPS的几个主要仿真模块,如逆变器模块、电源模块、换相逻辑模块、PWM信号产生模块、电动机本体模块等(Based on Simulink simulation of electric power steering control strategy, which details several major simulation module EPS)

a file for fft (fast Fourier transform)

圆形波路径规划算法，从起始点通过用圆形波传递到达目标点的方法来获得连通路径。适用于已知地形的栅格图。(Circular wave path planning algorithms, from the starting point by using a circular wave transmission methods to reach the target point to get connectivity path. Applicable to the known topography of the grid map.)

用MATLAB语言编写的低通-高通滤波代码(MATLAB)

To apply spatial filtering for an image

GSCALE Scales the intensity of the input image. G = GSCALE(F, full8 ) scales the intensities of F to the full 8-bit intensity range [0, 255]. This is the default if there is only one input argument. G = GSCALE(F, full16 ) scales the intensities of F to the full 16-bit intensity range [0, 65535]. G = GSCALE(F, minmax , LOW, HIGH) scales the intensities of F to the range [LOW, HIGH]. These values must be provided, and they must be in the range [0, 1], independently of the class of the input. GSCALE performs any necessary scaling. If the input is of class double, and its values are not in the range [0, 1], then GSCALE scales it to this range before processing. The class of the output is the same as the class of the input. Copyright 2002-2004 R. C. Gonzalez, R. E. Woods, & S. L. Eddins Digital Image Processing Using MATLAB, Prentice-Hall, 2004 $Revision: 1.5 $ $Date: 2003/11/21 14:36:09 $