搜索资源列表
WinIoT
- 树莓派3刷入Windows 10 IoT系统使用，控制数码管的一个小程序。(A Windows 10 IoT app, used to control a digital tube wired to Rasperry Pi 3B.)
ShooterGame
- 基于树莓派、姿态传感器、摄像头开发的简易AR射击游戏。实现在摄像头拍摄的画面中刷新敌人并通过移动设备来控制移动，通过使用物理按键来进行攻击。(Simple AR Shooter Game based on raspberry pi 3 with MPU9250 and Picam using OpenGL ES and OpenCV. Using QT4, OpenGL ES 3 and OpenCV 2.4 to develop on Raspbian Jessie. Use I2C to r
DCDC
- 模型为DCDC降压斩波PI闭环控制模型，可以准确控制电压。(The model is DCDC buck chopper PI closed-loop control model, which can control the voltage accurately.)
APF_PI+重复控制仿真
- 实现PI+重复控制的有源电力滤波器（APF）(An active power filter (APF) that using PI+ repetitive control)
ck010
- Multirate signal processing, Complex of three-point Gauss-lengend the Formula pi, Achieve a grayscale image and further control for video surveillance.
Hbridge_DC_DC_FCG
- DC_DC全桥双移相移相控制，占空比百分之五十。采用PI闭环控制(DC-DC full bridge dual phase shift control, using PI closed-loop control, duty cycle of fifty percent unchanged.)
并网仿真
- 单相逆变并网电路的主电路与控制电路的 simulink 拓扑结构图， 主电路由直流源、 mosfet 全桥、 LC 无源滤波器、 负载 R1、 R2 组成， 其中 R1 为 恒定负载， R2 为仿真负载突变并入的。 控制电路为 SPWM 闭环调制， 通过检测输出端的电压有效值通过 PI 控制器反 馈回控制端使输出电压尽可能为一个优质的正弦波且有效值在 220V 左右， 频率 为 50Hz， 根据相关准则输出电压波形 THD 应在 5%以内。(The Simulink topology
zhihuanSVG
- 静止无功发生器，电流滞环控制方法，省去整定PI参数的过程(The static var generator, the current hysteresis control method, the process of eliminating the setting of PI parameters)
PID设计
- 用于控制中的PID设计，里面有三相逆变器PI设计实例(PID design for control, there are three phase inverter examples)
singlephase
- 在matlab上实现单相电流环、PI控制的并网仿真模型(The single phase grid-connected system based on current loop control using MATLAB.)
mysimu
- 自己做的永磁同步电机矢量控制simulink仿真，2014b版本，各个模块基本都是手动搭建，模块命名通俗易懂，有串联式PI调节并有前馈环节，调试成功运行良好。(Self-made permanent magnet synchronous motor vector control simulink simulation, 2014b version, each module is basically built manually, the module named easy to understa
PMSM_GA
- 进行永磁同步电机双闭环FOC控制，采用遗传算法优化转速环PI参数(Double closed loop FOC control of permanent magnet synchronous motor is carried out, and genetic algorithm is used to optimize the PI parameters of speed loop)
ZhiHuan_For_PMSM
- 基于PMSM的滞缓控制系统，包含转速环PI调节，逆变器配置(PMSM slow control system based on PI, including speed loop regulator, inverter configuration)
PWMrectfier
- In this paper, simulation and practical implementation of direct power control is presented for a PWM Rectifier application. The proposed DPC control has several advantages, including the grid current very close to sinusoidal waveforms (TDH <1
blynk-server
- Blynk is a platform with iOS and Android apps to control Arduino, ESP8266, Raspberry Pi and the likes over the Internet.
整流侧
- 三相整流器双闭环控制，带有PI调节的参数(Three phase rectifier double closed loop control with PI adjustment parameters)
最最终程序（定型）
- buck电路控制程序，通过PI控制算法实现电源的ac-dc变换(for buck converter control)
solar
- 太阳能电池控制系统，有PI控制器，具有最大功率点跟踪控制(A solar cell control system with a PI controller with maximum power point tracking control)
基于复合控制的单相并网逆变器研究_王淑惠
- 单相并网逆变器并网电流中含有大量谐波，传统的PI 控制器难以满足波形跟踪需要，此处采用比例+复的复合控制算法用于逆变器电流环控制器设计(The single-phase grid-connected inverter has a large amount of harmonics in the grid-connected current. The traditional PI controller can not meet the needs of waveform tracking. Her
PMSM_PI
- 传统PI参数下的永磁同步电动机矢量控制(Vector control of permanent magnet synchronous motor based on traditional PI parameters)