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Self-made oscillograph
- LabVIEW在是在计算机上进行数据采集、数据分析处理。实现虚拟示波器的功能主要有从外界采样的模拟信号，转化为相应的数字信号，在计算机上实现波形的显示，并能够进行简单的波形处理，可以显示波形的最大值、最小值、平均值，并能够根据需要放大波形的倍数而放大。(LabVIEW is in the computer for data acquisition, data analysis and processing. The function o
Matlab-FFT
- 使用Matlab对采样数据进行频谱分析的理论和方法(Theory and method of spectrum analysis of sampled data using Matlab)
三分之一倍频程谱
- 首先对采样信号进行傅里叶变换，计算出功率谱或幅值谱，然后用功率谱或者幅值谱的数据，计算每一个中心频率的带宽内数据的平均值。(Firstly, Fourier transform is applied to the sampled signal to calculate the power spectrum or amplitude spectrum, and then the average value of the data with
project_V3（注释）
- 可以对所给正弦信号进行采样，并判断过零点且输出频率和正弦信号一样的方波信号。用ePWM模块来确定采样频率，来一次中断采样一次，确保采样率。并对所采样的数据进行有效值计算(The given sinusoidal signal can be sampled and the zero-crossing point can be determined and the square wave signal with the same frequ
180646matlab+仿真
- 均匀光栅，切趾光栅，取样光栅，相移光栅，啁啾光栅的反射谱仿真(reflection spectrum simulation of chirped grating,uniform grating,apodized grating, sampled grating, phase-shifted grating)
数字图像处理
- 对512x512的lenagray.jpg图像分别采样为256x256、128x128、64x64的图像； 对lenagray.jpg图像分别量化为64级灰度图像、32级灰度图像、8级灰度图像和4级灰度图像。(The lenagray. jpg images of 512x512 were sampled as 256x256, 128x128 and 64x64 images respectively. The lenagray.jp
Dy_ Win_ Approcach
- 动态窗口法（Dynamic window approach）是路径规划方法很重要的一种算法,主要是在速度空间中采样多组速度，并模拟机器人在这些速度下一定时间内的轨迹，在得到多组轨迹后，对这些轨迹进行评价，选出最优轨迹对应的速度来驱动机器人。(Dynamic window approach is an important algorithm for path planning. It mainly sampled multiple gro
lomb
- Lomb-scargle 非等间隔采样频谱分析(unevenly sampled data spetral ananlysis)
分数阶导数
- 分数阶导数matlab计算程序: Computes the fractional derivative of order alpha (a) for the function y sampled on a regular grid with spacing h, using the Grunwald-Letnikov formulation.
DBSCANSD-master
- Java implementation for DBSCANSD, a trajectory clustering algorithm. DBSCANSD (Density-Based Spatial Clustering of Applicationswith Noise considering Speed and Direction)[1] is a clustering algorithm extended from DBSCA
EKG-MonitorV1.0-SRC
- This mailing contains: (1) executable jar file: EKG-MonitorV1.0 (double click to start) (2) executable jar file: EKG-MonitorV1.0-SRC includes all sources and directories, using eclipse 3.2 (3) test data, 360 Hz samp