f5d-canshuhua-export-SetChange_oblong

说明：  各种边缘检测算子；灰度变换（对数变换）；加噪声；锐化（边缘增强）；神经网络分类；图像二值化；线性平滑滤波；直方图均衡化；直方图均衡化及规定化；中值滤波(Various edge detection operators; gray scale transformation (logarithmic transformation); adding noise; sharpening (edge enhancement); neural network classification; image binarization; linear smoothing filtering; histogram equalization; histogram equalization and specification; median filtering)

dataset-dimensionality-reduction-python-master

tidsp2407汇编程序例程，完整的源代码。-tidsp2407 assembler routines, complete source code.

隐极同步发电机和凸极同步发电机模型的PSCAD实例(PSCAD Example of Non-salient Models For Synchronous Generator)

说明：  以广域相量测量系统为技术平台，建立基于模型预测控制的含规模化风电场/群互联电网的负荷频率分散预测控制模型。以典型双区域负荷频率控制模型为例，考虑不同风电渗透率情况。仿真研究结果表明，所提基于模型预测控制的负荷频率分散控制模型不但能够有效地跟踪风电输出功率的随机波动， 维持系统频率及区域间交换功率在较小的范围内变化， 并且控制效果明显优于常规 PI 型负荷频率控制器。(Based on the wide area phasor measurement system (WAPMS), a decentralized load-frequency predictive control model for large-scale wind farm/cluster interconnected power grids based on model predictive control (MPC) is established. The typical two-zone load frequency control model is taken as an example to consider the different wind power permeability. The simulation results show that the proposed decentralized load frequency control model based on model predictive control can not only effectively track the random fluctuation of wind power output, but also maintain the change of system frequency and inter-area exchange power in a small range, and the control effect is significantly better than that of conventional PI load frequency controller.)

# 3 节点示例中特设仿真与 AODV # 定义的选项 设置 val(chan) 通道/WirelessChannel; # 通道类型 设置 val(prop) 传播/TwoRayGround; # 电波传播 模型 设置 val(netif) Phy/WirelessPhy; # 网络接口类型 设置 val(mac) Mac/802_11; # MAC 类型 设置 val(ifq) 队列/DropTail/PriQueue; # 接口队列类型 设置的 val(ll) LL; # 链接图层类型 设置 val(ant) 天线/OmniAntenna; # 天线模型 设置的 val(ifqlen) 50 ； # 种中的最大数据包 设置的 val(nn) 3 ； mobilenodes # 人数 设置 val(rp) AODV ； # 路由协议 设置的 val(x) 500 ； # X 维度的地形 设置的 val(y) 400 ； # Y 维度的地形 设置的 val(stop) 150 ； # 时间的仿真结束 设置 ns [新模拟器] 设置 tracefd [打开 simple.tr w] 设置 windowVsTime2 [打开 win.tr w] 设置 namtrace [打开 simwrls.nam w]

java实现的几类排序算法包括,快速算法,SHELL算法等非常经典的算法-achieving several of the sorting algorithms include rapid algorithm, SHELL algorithm very classic algorithm

程序使用的是STC12C5A系列单片机，程序功能是,STC12C5A60S2-串口1-串口2-测试程序(The program uses STC12C5A series MCU, the program function is, STC12C5A60S2- serial 1-port 2-test program)

Anusplin著名的气象插值软件，实现气象数据批处理插值，精度相对较高(Anusplin famous meteorological interpolation software to achieve batch processing and interpolation of meteorological data, the accuracy is relatively high)

说明：  sil9024 linux 驱动代码,使用 gpio i2c 方式驱动(sil9024 driver for hi3531)