滤波

多种精美导航条图标合辑，界面美化必备，labview界面从此不太枯燥(A variety of exquisite navigation bar icon compilations, interface beautify the necessary the labview interface from less boring)

界面中英文转换，简单有效的文件和条理，仅供参考(Interface in English conversion, a simple and effective documents and structured for reference only)

说明：  上位机软件实现与PLC模块的TCP连接通信。(The upper computer software realizes communication with PLC module's TCP connection)

在波形Graph显件上用两种不同颜色显示一条正弦曲线和一条余弦曲线，每 条曲线长度为128个点，其中正弦曲线的x0 =0，△x=1；余弦曲线的x0 =2， △x=5。并利用属性节点通过前面板控件改变每条曲线的颜色。 ①一个周期128点。 ②改变颜色一定要先选择曲线，然后再改变颜色。(A sine curve and a cosine curve are displayed in two different colors on the waveform Graph display. The length of the bar curve is 128 points, where the sine curve x0 =0, Delta x=1, the cosine curve x0 =2, Delta x=5. And use the attribute node to change the color of each curve through the front panel control. One cycle is 128 points. Change the color must first choose the curve, then change the color.)

虚拟OCT系统。包含时域，SS-OCT，SD-OCT信号模拟仿真(Virtual OCT system.Contains the time domain, SS- OCT, SD- OCT signal simulation)

说明：  labview中常常需要显示曲线，并需要制作缩放，设置，浮动游标等功能。本Xcontrol集成了这些功能，这样就不用每次都去写麻烦的曲线操作了！(LabVIEW often needs to display the curve, and needs to make zoom, set, floating cursor and other functions. This XControl integrates these functions, so you don't have to write troublesome curve operations every time!)

此范例说明 了在LABVIEW平台下进行船舶运动可视化仿真平台(This example illustrates the ship motion visualization simulation platform in LABVIEW platform)

Labview实现的小波去噪程序，可以进行模拟，运用到了节点，很强大(Labview realize wavelet denoising procedures can be simulated, applied to the node, very powerful)

说明：  使用labview采集16通道数据，采集10次，保存成tdms格式，并对所有数据进行频谱分析，有效值和峭度等指标的10次趋势分析，可在趋势图中点击光标查看原始波形(Using LabVIEW to collect 16-channel data, collect 10 times, save them in TDMS format, and analyze 10 times trend of all data, such as spectrum analysis, RMS and kurtosis. Click on cursor in trend map to see the original waveform.)

基于LABVIEW的虚拟频谱分析仪，可以对任意信号以及采集卡采集到的信号进行频域分析，同时还加入了时域分析，使功能更为强大。(LABVIEW-based virtual spectrum analyzer can be arbitrary signals and the signal acquisition card for frequency domain analysis, and also joined the time-domain analysis, so that more powerful.)