1.kriging2D

说明：  计算内弹道，固体火箭发动机装药内弹道计算(Calculating interior trajectory, solid rocket motor charge interior trajectory calculation)

说明：  计算声发射信号的幅度、上升时间、持续时间、计数、能量等时域特性。(Computing the amplitude, rise time, duration, count, and energy of an acoustic signal.)

实现六自由度运动学逆解算法，最大似然（ML）准则和最大后验概率（MAP）准则，实现用SDRAM运行nios，同时用SRAM保存摄像头数据。( Six degrees of freedom to achieve inverse kinematics algorithm, Maximum Likelihood (ML) criteria and maximum a posteriori (MAP) criterion, Implemented with SDRAM run nios, while saving camera data SRAM.)

应用MATLAB的FFT谐波分析计算文件，可以显示17次以下谐波含量和幅值(MATLAB harmonic analysis using FFT computing documents, you can display 17 times the following harmonic content and amplitude)

VC++随机数组生成类的源代码，代码由重庆大学光电学院311实验室 袁刚编写，将随机生成的数组序列保存在TXT中，srand((unsigned)time(NULL));// 生成时间种子 　　m=rand()%m_Txt_Line;// 返回一个0-m_Txt_Line-1的随机数,即查表的起始位置 　　mx=m%m_Txt_Row;// 查表起始位置的列号，文件头为0行0列 　　my=m/m_Txt_Row;// 查表起始位置的行号 　　// 下面取出剩下的字符串中每三个空格前面的字符串，就是所要查一个数据 　　for(m=0;m　　{ 　　aw2=strc.Find(" ");// 找到作为间隔的后三个空格所在位置 　　if(mx==m_Txt_Row-1||m==m_Txt_Row-mx-1) 　　a_Random[ct]=atof(strc); 　　else 　　a_Random[ct]=atof(strc.Left(aw2));// 保存数据到数组 　　aw1=strc.GetLength(); 　　aw2=strc.Find(" ");// 找到作为间隔的前三个空格所在位置 　　strc=strc.Right(aw1-aw2-m_Txt_Spacing);// 取这三个空格右边的所有字符串

project contains algorithm in ruby

zigbee模块，基于开发板进行的一些基础性入门实验，没有添加协议栈的裸机实验。(zigbee module development board based on some basic entry test, did not add the protocol stack bare metal experiments.)

说明：  使用排队论解决食堂排队问题的模拟，利用了MMS和MM1模型求得平均队长，和平均等待时间(The queuing theory is used to solve the queuing problem in the canteen. The MMS and MM1 models are used to calculate the average queue length and the average waiting time)

苹果CMSV10 一款很漂亮的收费模板，自用，含角色 明星模块(Apple CMSV10 is a beautiful charging template)

说明：  本文分析微网中微电源包括光伏发电、风力发电、微燃机、柴油发电机和燃料电池的电气特性，构建微电网优化运行的模型，以微网的经济成本和环境成本最小为目标函数，充分考虑了电压越限、功率平衡、微电源出力限制等约束条件，应用鸡群算法进行求解。 解决了粒子群算法易早熟、易陷入局部最优解的问题。并通过典型的微网系统进行仿真分析，仿真结果验证了该算法的有效性。(In this paper, the electrical characteristics of micro-power sources in micro-grid, including photovoltaic power generation, wind power generation, micro-gas engine, diesel generator and fuel cell, are analyzed. The optimal operation model of micro-grid is constructed. The objective function is to minimize the economic cost and environmental cost of micro-grid. The constraints of voltage overshoot, power balance and output limitation of micro-power are fully considered. The chicken swarm algorithm is applied to solve the problem. Particle swarm optimization (PSO) is easy to premature and fall into local optimal solution. The simulation results of a typical microgrid system show the effectiveness of the proposed algorithm.)