MRI_ex

改程序全套是用于大型高耸结构风洞测压试验前、后处理，含义明确，计算快速，已用于多个国内重要工程的风洞试验。(Reform program is used for large-scale high-rise structure, a full set of wind tunnel tests manometry before and after the treatment, unequivocal, computing fast, has been used in many domestic key projects of the wind tunnel tests.)

用matlab做的计算全息的程序，可以实现图像的全息编码和数值再现，对初学者很有帮助。(it is a hologram for the image,and is useful to the people who want to learn it)

将从地震勘探工程标准格式的segy文件读出的数据重新写成segy格式，方便用专业的软件进行继续处理。(Reading data seismic engineering standards segy file formats out of the rewritten segy format, easy to use specialized software to continue processing.)

基于最差性能最优的稳健波束形成算法可以等价转换成加载样本矩阵求逆(LSMI)算法.提出了 一种新的求解方法, 准确地计算出Lag range 乘数, 给出了LSMI 算法中的最优加载量, 解决了对角加载技术中加载量估计难题.(The robust adaptiv e beamformer using w orse-case performance optimization can be converted to the loaded sample ma trix inv ersion (LSMI) algorithm equivalently.For the LSMI beamformer , a no vel method is develo ped to so lve the precise Lagrange multiplier , and the o ptimal loading level can be computed exactly.Most important, this method gives the efficient solution to finding the optimal loading level for diagonal loading.)

说明：  用量子BP神经网络与PSO结合的参数反演(Parameter inversion using quantum BP neural network and PSO)

说明：  MATLAB无线网络的各种例子,相当全面(MATLAB various examples of wireless networks, a reasonably comprehensive)

关于各种光纤光栅的matlab仿真代码，研究了光栅的反射谱等光栅特性(matlab simulation code of fiber grating can run.)

根据切比雪夫近似得到的计算简正波的程序，能够较精确获得本地简正波(A Matlab code for computing normal modes based on Chebyshev approximations )

这篇文章讲述基于相空间重构的模糊集用于复时间序列的暂态模式。文章详细说明关于时间序列的构建、说明暂态识别的概念、原理，优化函数的选择和优化结果等均有很好的步骤和完整实验结果。(This article describes the phase space reconstruction based on fuzzy sets for the transient model complex time series. Article details the construction of time series to illustrate the concept of transient identification, theory, optimal function of the selection and optimization results of the steps are very good and complete results.)

基于matlab实现有限元分析理论的代码(The finite element method using matlab)