资源列表
LabVIEWdotNetDataGrid-1.0.5.tar
- labview 编程(labview)
条形码检测
- 一维条码、二维条码的生成与识别、监测系统，基于多种编码。(The generation, recognition and monitoring system of one dimension bar code and two-dimensional bar code are based on many kinds of coding.)
state machine_bank access
- 在labview平台通过状态机模型实现模拟银行存取功能。(Simulation bank access function realized by state machine model.)
allan deviation
- 本vi用于计算给定一维数组的艾伦方差及傅里叶变换。用于数据分析。(This VI is used to compute the Alan variance and Fourier transform of a given one-dimensional array. For data analysis.)
visa read
- 本vi用于从串口读取十六进制数据并保存数据至tdms文件。用户可在第二个循环中根据自己的串口数据格式进行改动。 （需要安装visa驱动）(This VI is used to read sixteen hexadecimal data from the serial port, and save data to the TDMS file.)
two gear
- 打开can卡，接受发送报文，实现变速箱的换挡耐久实验(transmission experiment)
数据采集
- 采集数据,时钟同步采集8位数据。能选择通道(Collect data and clock synchronously collect 8 data. Option channel)
方根幅值VI
- 方根幅值是计算裕度指标与波性指标的必要部分，本文件将其独立做成了一个子VI，方便labview程序调用。希望对小伙伴有所帮助！(The root mean square amplitude is a necessary part of the margin index and the wave index. This document makes it a sub VI, which is convenient for LabVIEW program call. Hope to help sma
包络分析VI
- 在频域分析中，包络谱分析是一种十分有效的信号处理手段。利用包络谱分析能够准确得出故障频率，能够直观判断故障类型。本文件将包络谱分析直接做成了一个子VI，方便信号处理程序直接调用。(In frequency domain analysis, envelope spectrum analysis is a very effective signal processing method. The fault frequency can be accurately obtained by using e
歪度指标VI
- 歪度指标是描述信号概率密度函数的重要参数。在对非平稳信号进行时域分析时，利用歪度指标反映了振动信号的非对称性，用来判断轴承是否发生碰磨。本文件中将歪度指标独立制作了子VI，便于labview程序调用。(The skewness index is an important parameter to describe the probability density function of a signal. When the non-stationary signals are analyzed i
绝对平均值VI
- 绝对平均值是计算波形指标与脉冲指标的重要参数。本文件中将其独立制作成了一个子VI，方便labview程序调用。(The absolute mean value is an important parameter to calculate the waveform index and pulse index. This document will be independently produced into a sub VI, to facilitate the LabVIEW program c
峭度指标VI
- 峭度指标是非平稳信号故障诊断的重要参数。峭度指标对信号中的冲击成分十分敏感，冲击成分能量越大，其峭度值就会越大，在故障诊断的时域分析中十分重要。本文件中将其独立做成了一个子vi，便于程序直接调用。(Kurtosis index is an important parameter of non-stationary signal fault diagnosis. The kurtosis index is very sensitive to the impact component in the