matlabdynamicprogramming

Test fire simulation

MATLAB 编程技巧（尽量避免使用循环；大型矩阵的预先定维）(MATLAB programming skills (as far as possible avoid the use of the cycle large matrix of pre-set dimension))

本人在硕士毕业论文时使用的和修改的代码，主要是用于使用LDS和NLDS模型对火焰视频进行建模，并可以模拟出来火焰来，同时使用LDS和NLDS模型参数对不同类型视频进行分类（我们主要是对识别火焰），里面有实验结果。(I used in the Master s Thesis and modify the code, mainly for LDS and NLDS model modeling the flame video, and can be simulated flame using both LDS and NLDS model parameters to classify the different types of video (we mainly on identification flame), there are experimental results.)

计算谐波信号的离散分数阶傅立叶变换，并求出使信号频谱聚集的最优阶数！(Calculated harmonic signal Discrete Fractional Fourier Transform, and the signal spectrum obtained optimal order together!)

实现单纯形法求解最优化问题的步骤，两步法实现，可自由输入参数(Simplex method to achieve optimization step, two-step implementation of free input parameters)

说明：  ％Jacobi迭代法求方程组等程序，内含有七个解放程组的程序，希望这些程序对大家有一点用处( Jacobi iteration procedures for equations, etc., which contain seven-way group liberation process, we hope that these procedures there is one point on the usefulness of)

混沌吸引子，有logistic,有lonez等(Chaotic attractor, there are logistic, etc. have lonez)

这是关于RS编码的程序，希望能给大家带来帮助，(it is a program of encode and decode of rs to a picture)

Error Correction Codes: Reed-Solomon Decoder using Matlab. Implemented for Wireless Communication Class.

使用虚拟处理器的SPMD 并行程序，我将介绍使用虚拟处理器的一些结果 技术，并行计算程序的一些SPMD。 “ 测试的技术真正的处理器是英特尔超线程， 和程序，浮点计算的MATLAB脚本。 工作的关注实用和限制的结论 使用的方法。主要结果是，使用虚拟处理器 不仅为改善并行程序是一个很好的技术 基于内存的计算，但在大量的磁盘存储的情况下 操作太多。 (Using virtual processors for SPMD parallel programs，I describe some results on the use of virtual processors technology for parallelize some SPMD computational programs. The tested technology is the INTEL Hyper Threading on real processors, and the programs are MATLAB scripts for floating points computation. The conclusions of the work concern on the utility and limits of the used approach. The main result is that using virtual processors is a good technique for improving parallel programs not only for memory-based computations, but in the case of massive disk-storage operations too)