GA-PID

Matlab source codes in Digital Image Processing

说明：  讲述了ANFIS构建的Matlab程序，具有一定的实用性和理论意义。(Tells Matlab built ANFIS procedure has certain practical and theoretical significance.)

把高斯基函数用matlab实现，方便以后对其的应用，可以应用到高斯径向基函数神经网络中,另外附加一份matlab中画图语句的指令说明(The Gaussian function using matlab facilitate its future application, can be applied to a Gaussian radial basis function neural network)

在MATLAB中使用DSP Builder模块，利用DDS原理产生任意频率的正弦波(sinwave)

串口发送接收数据。可配置端口，波特率等。 发送可选择ASCII方式或HEX方式。 中断方式接收数据。 可以通过ADC和MCU可以把数据通过 串口直接发送到PC上让MATLAB分析(receiving data. Configurable ports, baud rate, and so on. Send option HEX or ASCII mode. Interrupt receiving data. Through the MCU and ADC data can be sent directly through the serial port to the PC for analysis of MATLAB)

The local binary pattern (LBP) is a simple yet very efficient operator which labels the pixels of an image by thresholding the neighborhood of each pixel and considers the result as a binary number. Perhaps the most important property of the LBP operator in real-world applications is its invariance against monotonic gray level changes caused, for example, by illumination variations. Another equally important is its computational simplicity, which makes it possible to analyze images in challenging real-time settings. LBP is also very flexible: it can be easily adapted to different types of problems and used together with other image descriptors

使用微粒群算法进行对目标函数进行优化的m文件源码(Using the particle swarm algorithm to optimize the objective function m-file source)

程序第一部分为模拟信号源，可以设置参数来仿真用来MUSIC谱估计的信号源，第二部分为MUSIC估计代码，对上一部分所设置的模拟信号源谱峰搜索，验证MUSIC算法(The first part of the procedure for the analog signal source, you can set parameters for the MUSIC spectral estimation simulation of signal source, the second part is estimated MUSIC code, part of the analog signal by setting the source of the spectral peak searching, validation MUSIC algorithm)

本书基于MATLAB 5.2版，提供了使用MATLAB的实践性指导。(The book based on the MATLAB 5.2 version, the use of MATLAB to provide practical guidance.)

通过MATLAB的SIMULINK模型设计，实现伪随机数的序列发生器，并通过DSP BUILDER中的SIGNAL COMPILER转换成QuartusII工程，并实现硬件的下载。(Through the MATLAB SIMULINK model design, realization of pseudo random sequence generator, and through the DSP BUILDER of SIGNAL COMPILER converted into QuartusII engineering, and realize the hardware of the download. )