Cal_NMI

基于瑞利波及lamb波的频散曲线程序,可用于根据实验绘制Rali波及lamb波的频散曲线,检验其在不同材料中的频散特性(and lamb wave dispersion curves procedures, under the experiment can be used for mapping Rali affected lamb wave dispersion curves, test different materials in the dispersion characteristics)

本设计利用现代电子技术、传感器技术等，设计出一款测量准确、简单易用，造价便宜的电子心率计。此心率计总体包括了红外心率检测电路、前端信号处理电路、控制电路和电源转换电路。并用C语言编写控制程序，实现对电路的控制。(This design uses modern electronic technology, sensor technology, etc. to design an electronic heart rate meter with accurate measurement, simple use and low cost. The heart rate meter includes infrared heart rate detection circuit, front-end signal processing circuit, control circuit and power conversion circuit. The control program is written in C language to realize the control of the circuit.)

极坐标格式算法，针对SAR聚束模式成像的图像成像处理(Polar coordinate format algorithm for image processing based on SAR spotlight mode imaging)

说明：  关于Python的一些资料，帮助快速学习Python(The Guide of Python Quickly)

说明：  Matlab 计算曲线的分型维数fractal dimension，FD(Function used to calculate the fractal dimension of curves,Matlab)

lab report for lab 4

说明：  配电网运行仿真模型，包括风电、光伏等系统，较为丰富。(Simulation model of distribution network operation)

棋盘算法，在给定大小的方格状棋盘上, 将棋子”马”放在指定的起始位置 , 棋子”马” 的走子的规则为必须在棋盘上走”日”字 从棋子”马”的起始位置开始, 搜索出一条可行的路径, 使得棋子”马”能走遍棋盘上的所有落子点, 而且每个落子点只能走一次 -Checkerboard algorithm, given the size of the square-shaped board, will be a pawn of " horses" on the specified start position, the pieces of " horses" take the child must be the rules of the board to the " day" word from a pawn " horses, " starting position of the beginning, search out a feasible path, makes the piece" Horse " can be traveled on board all the Lazi, and they can only go once every Lazi point

说明：  运用matlab语言，采用改进的人工势场法进行避障(Artifical Potential Field)

Arithmetic： Dijkstra，Dynamic_pro，Floydkruskal，Random_generate math_exp： 插值与拟合实验 代数方程组的解法 微分方程实验 优化问题实验 数据分析，规划问题，绘图，解方程。。。。。。 -Arithmetic: Dijkstra, Dynamic_pro, Floydkruskal, Random_generate math_exp: interpolation and fitting the experimental solution of algebraic equations of the experimental optimization of differential experimental data analysis, planning, mapping, solution of equations. . . . . .