2DBVP

dipum_images_ch08 matlab教程(dipum_images_ch08 matlab tutorial)

matlab 图像边缘检测 可以对图片进行拉普拉斯边缘检测(matlab image edge detection)

研究了惠普忆阻器的电荷控制和磁通量控制模型构建了忆阻器的simulingk模型给出了相应的仿真结果．设计了一种基于matlab的图形用户界面能直观地展示忆阻器特性．通过该界面可以选择或设定输入电压的类型参数及忆阻器模型的参数简单方便地观察对应的输出结果(Studied the HP memristor charge control and flux control model constructed memristor simulingk model gives the corresponding simulation results. Designed a graphical user interface based on matlab can visually show memristor properties. The interface can be selected via the parameter or parameters to set the type of the input voltage and the memristor model is easy to observe the corresponding output)

This toolbox implements the same methods on small dadta sets and imlements a trimming method using a random uniform distribution to quickly process large data sets.

this is PSO algorithm code that integrated with PID controller. This code example has been used for ASP system.

基于双闭环矢量控制的永磁直驱风电系统的并网模型，输出功率和直流电压波形理想(Grid- connected model of permanent magnet direct drive wind power system based on double closed- loop vector control and Output power and DC voltage waveform are ideal)

说明：  电离层射线追踪模型：计算射线在电离层中的传播路径(Ionospheric ray tracing model: calculating ray paths in the ionosphere)

Amorphous定位算法的matlab仿真(Amorphous positioning algorithm matlab simulation)

This m-file simulates MPSK (theoretical and simulated) with Gray coding This m-file simulates MPSK (BPSK,QPSK,8PSK)with theoretical and simulated results using Gray coding. Numerical examples of a satellite link design are shown using QPSK and/or 8PSK when the bit rate(Rb)is greater than the channel bandwidth Wc (Band-limited channel). (This m-file simulates MPSK (a theoretical nd simulated) with Gray coding This m-file simu lates MPSK (BPSK, QPSK, 8PSK) with theoretical and simulated results u sing Gray coding. Numerical examples of a satel lite link design are shown using QPSK and/or 8PS K when the bit rate (Rb) is greater than the chann el bandwidth Wc (Band-limited channel).)

零延时卷积算法实现，基于fft变换。Efficient Convolution Without Latency by William G. Gardner(It is well known that a block FFT implementation of convolution is vastly more efficient than the direct form FIR filter. Unfortunately, block processing incurs significant input/output latency which is undesirable for real-time applications. A hybrid method is proposed for doing convolution by combining direct form and block FFT processing. The result is a zero latency convolver that performs significantly better than direct form methods.)