2

说明：  双容水箱液位控制系统是一种采用先进的控制算法完成对液位的控制的系统, 它在食品加工、原油提炼、化工生产等诸多实用行业中都有广泛使用。本次设计中, 要求设计的超调量小，调节时间短和有自平衡能力等优点。首先要掌握生产工艺和控制流程的基本知识，选择合适的仪表。然后进行系统的设计，明确被控对象，并对系统中每个原件进行模型建立；根据系统要求选择合适的控制方法，对控制器进行参数整定。我们将充分利用计算机技术结合自动控制技术实现对水箱水位的精确控制。(Dual-capacity water tank level control system is a system using advanced control algorithm to complete the control of liquid level, which is widely used in food processing, crude oil refining, chemical production and many other practical industries. In this design, the design requires a small amount of overshoot, short adjustment time and self-balancing ability and other advantages. First of all, we should master the basic knowledge of production process and control process, select the appropriate instrument. Then the system is designed, the controlled objects are identified, and each original in the system is modeled, and the appropriate control method is selected according to the requirements of the system to set the parameters of the controller. We will make full use of computer technology combined with automatic control technology to achieve accurate control of water tank level.)

说明：  卡尔曼滤波对自由落体的皮球跟踪应用，程序已调试，很好用，建议下载(Kalman filter for free falling ball tracking application, the program has been debugged, very useful, it is recommended to download)

STM8 LIN 初始化，已经配置其主从代码，初学者可以看看(STM8 LIN initialization, configure master slave code)

很好的C++课件，适合初学者。ppt格式，希望对大家有帮助！-A very good C++ courseware is suitable for beginners. ppt format, you want to help!

特征变量筛选，利用随机组合考虑变量的联合效应(Iteraitvely retains informative variables for selecting optimal)

基于lc滤波器的pwm逆变器虚拟同步机控制(Inverter synchronizer control)

计算燃气轮机燃气热物性，混合燃气的焓值、比热等参数(Calculating the thermal properties of gas turbine, enthalpy and specific heat of mixed gas)

tsp问题的延伸，对于多个旅行商在不同情况下的tsp问题求解(Extension of TSP problem and solution of TSP problem for multiple travelers in different situations)

可以实现脉动风的模拟，用于将功率谱转化为目标谱，实现于时程分析。(The simulation of pulsating wind can be realized to transform the power spectrum into the target spectrum and realize the time history analysis.)

基于高斯过程的机器学习，其中包括回归问题和分类问题(machine learning)