资源列表
Monte
- 随机潮流计算,采用蒙特卡洛法进行潮流计算,负荷和风电机采用正态分布-Stochastic power flow calculation, flow calculation by the Monte Carlo method, load and wind motor using normal distribution
suijimohumoni
- 用matlab来做随机模糊模拟的计算,清华刘宝锭《不确定理论》中的算例-Calculated using matlab to do a random fuzzy simulation, Qinghua Liu ingot "Uncertainty Theory" in the numerical example
FrFT_LFM_paraEstimation
- 分数阶傅里叶变换(Fractional Fourier Transform, FrFT),实现线性调频(LFM)信号的参数估计(调频斜率和初始频率)。由粗到细搜索分数阶傅里叶变换的阶数。-It is about estimationg the frequency modulation rate and initial frequency of linear frequency modulation (LFM) signal using the fractional Fourier transfo
mtsp-with--pso
- 应用启发式算法-粒子群算法PSO,解决物流配送中心选址问题,结果好的解决了上述问题,值得参考。-PSO Particle Swarm algorithm using heuristic algorithm to address the logistics distribution center location problems, resulting in a good solution for this problem, it is also useful.
dianliuchadong
- 关于输电线路电流差动保护的编程实现,使用了simulink的方式进行建模分析-Transmission line current differential protection
YUYIN
- 用matlab记录一段基带语音信号,采样频率设为44.1kHz。产生一个高斯白噪声 随机过程,并将噪声叠加在语音信号上(相当于将语音信号通过一个高斯信道)。 (1) 设定不同的噪声信噪比,画出并比较高斯信道接收端的信号时域波形,播 放接收信号。 (2) 由于语音信号的范围通常在3kHz以内,在接收端加载一个低通滤波器, 截止频率为3kHz,画出并比较滤波前后的信号时域波形,并播放滤波后 的信号。-Matlab record with some baseband voice
Charpt7_3
- 安德森《计算流体力学及其应用》第七章拟一维喷管流动的数值解 7.3节 亚声速—超声速等熵喷管流动的CFD解法 。
res
- Hybrid PV-wind generation shows higher availability as compared to PV or wind alone. For rural electrifications, researches are focused on hybrid power system which provides sustainable power. The variable voltage and frequency of the self ex
CFR
- 硬限幅,EVM计算,PAPR计算,QAM信号产生。-hard limited without firlter matlab simulation,EVM calculation,PAPR calculation,QAM source generation.
zjwde
- 农作物病虫害图像识别MATLAB程序,对四个等级的病虫害进行训练,完成训练模型后识别率较高。-Image recognition MATLAB program crop pests, diseases and pests of the four levels of training, after completion of the training model high recognition rate.
SVPWM_PMSM
- 这是永磁同步直线电机的空间矢量控制模型,已经通过仿真请放心下载-This is the space vector control of permanent magnet synchronous linear motor model, the simulation has been downloaded, please be assured
GUI无线定位
- 基于GUI的无线定位,图形用户界面(Graphical User Interface,简称 GUI)是指采用图形方式显示的计算机操作用户接口。与早期计算机使用的命令行界面相比,图形界面对于用户来说在视觉上更易于接受。然而这接口若要通过在显示屏的特定位置,以“各种美观、而不单调的视觉信息”提示用户“状态的改变”,势必得比简单的文字信息呈现,花上更多的计算能力,计算“要改变显示屏哪些光点,变成哪些颜色”。 无线传感器网络目标定位方式主要如下: (1)主动模式 基于距离的定位:测量节点间距
