PFD50

还是工具箱 希望能够给大家提供帮助 呵呵 也希望站长批准我成为你们的会员 (This is the toolbox. Hope it can be helpful. Hope administrator can approve my willingness to be the member. Thanks.)

电力电子三相全控整流仿真模型，模型简单清楚，数据波形准确(Three-phase full-controlled rectifier power electronics simulation model, the model simple and clear, accurate data waveform)

直流电机的转速，电流双闭环控制simulink仿真，包括整流桥(DC motor speed and current closed-loop control simulink simulation, including the bridge rectifier)

请输入非递减的有序序列,输入-1结束,再输入一个数字，插入其中，按照从小到大的顺序进行排列，完成这个程序(Please enter a non-decreasing ordered sequence, enter-1 end, and then enter a number, into which, in ascending order of arrangement, complete this program)

利用透镜成像理论建立摄像机数学模型, 提出了一种线性求解摄像机内外参数的方法。该方 法特点是采用主动发光的光点阵列标定靶,利用2D 标定靶的精确移动来实现基于3D 立体靶标的摄像 机标定的算法。(Lens imaging theory using mathematical models set up the camera, a camera inside and outside the parameters for solving linear approach. The method is characterized by active light-emitting points of light array calibration target, the use of 2D calibration target to achieve the precise mobile target based on stereo 3D camera calibration algorithms.)

在MATLAB中象元的自相关性处理图像的纹理特征提取(In MATLAB, the autocorrelation of pixel image texture feature extraction processing)

从网上学习的一种对三个运动目标跟踪的多目标跟踪算法，采用卡尔曼滤波方法进行预测。效果还不错。(From an e-learning to track moving targets on the three multi-target tracking algorithm using Kalman filtering method to predict. Results were pretty good.)

直接转矩控制算法的实现及其相关设置配置 (DTC control method)

采用matlab计算石墨烯电导率的Kubo公式(Kubo formula for calculating the conductivity of graphene using MATLAB)

摘要地层控制分析与设计问题 无人机（UAV）群系统实现时间。 研究了不同的地层。达到预定时间- 无人机的编队、编队协议各不相同。 首先是群系统，无人机的速度可能不同 当到达编队时。然后，基于共识的方法 用于处理时变信息的形成控制 无人机群系统的问题。必要和充分 无人机群系统实现时变的条件 提出了构造方案。(Abstract-formation control analysis and design problems for unmanned aerial vehicle (UAV) swarm systems to achieve time. varying formations are investigated. To achieve predefined time- varying formations, formation protocols are presented for UAV swarm systems first, where the velocities of UAVS can be different when achieving formations. Then, consensus-based approaches are applied to deal with the time-varyin formation control problems for UAV swarm systems. Necessary and sufficient conditions for UAV swarm systems to achieve time-varying formations are proposed.)