SAR-imaging

最优潮流计算应用matlab程序计算最优潮流问题。包括14节点等。(Optimal Power Flow)

仿真实现了目标跟踪的粒子滤波跟踪，并对误差进行了统计( realize the particle filter)

matlab图论着色，内涵可以实现简单的图论着色源代码，实现计算色的多项式等功能(the matlab graph theory coloring)

说明：  率失真函数是在给定信源和失真度量情况下，求满足保真度准则的平均信息率的极小值。本程序给出了两种特殊情况下的率失真函数的计算(Rate-distortion function is a given source and distortion measure case, seeking to meet the fidelity criteria, the average information rate of the minimum. This procedure presents two special circumstances, the calculation of rate-distortion function)

matlab7.0，适合初学者，不错的基础教程。。(Matlab tutorial foundation )

神经网络中lms算法的matlab实现和在分类中的应用(Lms of neural network algorithm matlab realization and application in the classification)

matlab纠错码编译原理之程序2 做实验时免去了手工输入的繁琐 和避免出错(matlab compiler theory of error-correcting code program 1)

说明：  6. 在三条径的瑞利信道中，对于OFDM： (1) 请设计一种具体的导引辅助的信道估计方法，用Simulink进行仿真，测量BPSK调制时的误码率性能。画出比特信噪比与信道估计均方误差的关系曲线，画出比特信噪比与误码率的关系曲线。 (2) 设频率已同步，请设计OFDM一种具体的采用循环前缀进行时间同步方法，用Simulink进行仿真，画出比特信噪比与捕获概率的关系曲线。 (3) 设时间已同步，请设计OFDM一种具体的采用循环前缀进行频率同步方法，用Simulink进行仿真，画出比特信噪比与频率同步误差的关系曲线。 (。 6 In the three path Rayleigh channel for OFDM: (1) Please design a specific guide-assisted channel estimation method, the Simulink simulation, BPSK modulation measuring the bit error rate performance. Draw-bit signal to noise ratio and channel estimation mean square error curve, draw-bit signal to noise ratio and bit error rate curve. (2) set the frequency has been synchronized, the design of a specific OFDM cyclic prefix used for time synchronization method, the Simulink simulation, draw-bit signal to noise ratio and capture probability curve. (3) set time has been synchronized, the design of a specific OFDM cyclic prefix used for frequency synchronization method, the Simulink simulation, draw-bit signal to noise ratio and frequency synchronization error curves.)

红外图像和可见光图像的融合之MATLAB程序(Infrared image and visible image fusion)

matlab数值分析的应用，包括方差分析、均匀试验设计、描述性统计分析、曲线拟合、线性回归和正交试验设计。(Application of MATLAB in numerical analysis, including analysis of variance, the uniform experimental design, descriptive statistics analysis, curve fitting, linear regression and orthogonal test design.)