资源列表
PV_inverter_grid_connected
- 以单相光伏发电并网系统为研究对象，针对光伏发电并网技术，深入分析了光伏发电最大功率点跟踪技术和逆变器并网控制技术。在Simulink中搭建了光伏电池模型、基于扰动观测法的MPPT模型和使用电压电流双闭环SPWM控制策略来并网。(Taking the single-phase photovoltaic power grid system as the research object, aiming at the photovoltaic power grid technology, this pa
单相光伏并网控制系统
- 以单相光伏发电并网系统为研究对象，基于Matlab/Simulink平台，进行了光伏电池的建模，MPPT模型的搭建，并实现了系统的并网。(Taking the single-phase photovoltaic power grid system as the research object, based on MATLAB / Simulink platform, the photovoltaic cell modeling and MPPT model are built, and the
PMSGWind
- 以直驱式永磁同步风力发电机为研究对象，在Matlab/simulink平台建立了风力机模型、传动系统模型，采用变桨距控制。(Taking the direct drive permanent magnet synchronous wind turbine as the research object, the wind turbine model and the transmission system model are established on the MATLAB / Simulink
DC_MicroGrid-master
- 直流微电网运行控制策略，matlab仿真程序，可运行(DC microgrid operation control strategy, matlab simulation program, operational)
PowerFlow_DCMG_NonLnLoads-master
- 直流微电网运行控制仿真算法，分层控制算法(DC microgrid operation control simulation algorithm, layered control algorithm)
Hurst指数及数据
- 用来求时间序列的Hurst指数、修正Hurst指数以及V统计量（平均循环周期）(Hurst index, modified Hurst index and V statistic (mean cycle period) for time series)
小波变换图像融合
- 该代码可以实现基于小波变换的图像融合，针对同一张图像但是当焦点不同时，两张图像会有部分地方模糊，对这两张图片融合使其变得更加清晰(This code can realize image fusion based on wavelet transform. For the same image but when the focus is different, the two images will be partially blurred, and the fusion of the two im
卷积神经网络去雾
- 该代码实现了使用Matlab实现卷积神经网络来对图像进行去雾操作。(This code implements a convolutional neural network using Matlab to defog the image.)
混合动力车辆模型
- 混合动力车辆模型，里面有驾驶员模型、电机模型、发动机模型，传动系统模型等(Hybrid vehicle model, including driver model, motor model, engine model, transmission model, etc)
example3_7 粒子滤波与扩展卡尔曼滤波对比
- 用于进行粒子滤波和联合卡尔曼滤波进行对比(For particle filter and federated Kalman filter comparison)
Wiener02
- 维纳滤波算法，可以实现对语音信号的降噪，效果还可以(Wiener filtering algorithm, it can achieve noise reduction on speech signals)
代码
- 利用连续法相对定向和加权迭代法检测粗差，用matlab编写(Detection of gross errors by continuous relative orientation and weighted iteration)