Image_to_vector

主要介绍matlab程序下动态数据的采集(Matlab program introduced under the dynamic data collection)

TSP问题是一个组合优化问题。该问题可以被证明具有NP计算复杂性。该程序对于理解TSP问题会有较好的作用。(TSP problem is a combinatorial optimization problem. This problem can be shown to have NP computational complexity. The program will be better for understanding the role of the TSP.)

说明：  光波分析仪,不知道是用在那里的啊!请告诉我啊!(Lightwave Analyzer, do not know is there ah! Please tell me ah!)

基于实数编码遗传算法的PID整定，被控对象为二阶传递函数(Based on real-coded genetic algorithm tuning of PID, was charged with second-order transfer function for)

函数用来对一个三维矩阵A，输出最大元素值的三维坐标值。(Function is used on a three-dimensional matrix A, the output value of the maximum element of three-dimensional coordinates.)

文件包含matlab中常用的程序，各种算法以及应用实例的程序(File contains matlab in commonly used procedures, various algorithms and application examples of the program)

MATLAB函数的mie散射和吸收 MATLAB Functions for Mie Scattering and Absorption(MATLAB Functions for Mie Scattering and Absorption。A set of Mie functions has been developed in MATLAB to compute the four Mie coefficients an, bn, cn and dn, efficiencies of extinction, scattering, backscattering and absorption, the asymmetry parameter, and the two angular scattering functions S1 and S2.)

宽带DOA估计 使用经典的MUSIC算法仿真通过 (wideband direction of arravial use the MUSIC method)

这是一个遗忘因子递推最小二乘法的辨识程序，可辨识系统参数。(This is a forgotten factor recursive least square mathod to identify the system parameters.)

换能器阵元的不同排列组合决定其指向性，波束形成是多波束测量的关键技术。文中 通过数学计算总结了不同换能器阵进行波束形成的工作原理，并介绍了利用二维DFT进行频 域波束形成的一般方法。最后结合现役多波束测深系统，简单解释说明不同系统所采用的波束 形成技术。(Transducer using an array of different permutations and combinations to determine its directivity, beam formation is the key technology for multi-beam measurements. Summarized by mathematical calculations the transducer array beamforming works, and describes the general method of two-dimensional DFT in the frequency domain beam formation. Finally, the active-duty multi-beam sounding system, the simple explanation of the different systems used in beamforming technology.)