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sensor-analysis
- 这是一个仪器性能分析程序，对一组数据进行拟合，分别计算仪器的线性度、迟滞、重复性、最大值、最小值。-This is an instrument performance analysis program to fit a set of data were calculated instrument linearity, hysteresis, repeatability, maximum, minimum.
Fit-VI-window-to-Largest-Decoration
- 软件前面板适应最大的Decoration LABVIEW版本-Fit VI window to Largest Decoration
Linear-fit
- 线性拟合，几种拟合方式来进行数据拟合，分类。-Linear fit
Agilent-B2900
- 此虚拟仪器可以控制Agilent B2900系列仪器，可以任意设定电压起始值、终止值、步长，实现VI特性及电阻测量，数据保存在用户所选定的位置（电压电流电阻三维竖排数组）并通过广义最小二乘拟合显示在波形图上。-This virtual instrument to control Agilent B2900 Series instruments, the voltage can be set start value, end value, step, to achieve VI character
Least-Squares-Fit
- Labview最小二乘法拟合，适合初学者学习-Least Squares Fit
Curve-fitting
- 此代码实现采用最小二乘拟合求回归系数的功能-This code uses a least squares fit of the regression coefficients seeking function
BP
- BP神经网络用于数据的拟合，同时，还可以用于对数据的分类-BP neural network is used to fit the data, but can also be used to classify the data
OFDM-Tx-Rx
- ofdm 传输与接受的各项例子 -OFDM Receiver 1. Initalize the USRP setting the RX parameters and moving the LO outside the transmission band. 2. Generate random data bits (PN Sequence) (125 bits) 3. Use the Van De Beek algorithm to detect the cyclic prefix
LV-sound
- labview file for regression fit