VectorCanSubVI

参考如何修改载波频率实现跳频，参考如何获取USRP时钟信息(How to modify the carrier frequency hopping to achieve, how to get USRP clock reference information)

数据实时采集，实现数据的动态记录，比如平均周期，峰峰值等(Real time data acquisition, dynamic recording of data, such as the average cycle, peak value, etc.)

说明：  神经网络在数据处理或模式识别中具有重要作用，这里采用LabVIEW实现了神经网络的功能，供工程师使用。(Neural networks play an important role in data processing or pattern recognition. LabVIEW is used here to implement the functions of neural networks for engineers to use.)

用Labview设计的语音检测系统，亲测可行(Sound detection recognition)

说明：  LabView关于USRP开发例程，可以通过连接USRP进行简单的信号传输，并对IQ信号进行操作(LabVIEW about the USRP development routine.You can connect USRP for simple signal transmission and IQ signal operation)

（LabVIEW 2009），含例子：绘制比例积分环节、比例积分微分环节、惯性环节、积分环节阶跃响应曲线(（LabVIEW 2009），Containing examples: drawing proportional integral, proportional integral differential link, inertia, integral step response curve)

Dialog Config Timer with Serial port

说明：  数据采集卡采集拉力值，与预先设定的拉力值进行比较，然后PID运算，控制相应的PWM占空比输出，最终控制电机的速度(The data acquisition card collects the pull value and compares it with the pre-set pull value. Then the PID arithmetic is used to control the output of the corresponding PWM duty cycle, and finally the speed of the motor is controlled.)

几乎所有的自动设施一一从工业机器到医疗设备一一其组件如何移动都必须按照控制方式执行。移动负载最常见的方法就是使用一些电机元件如电动机。我们来学习如何控制基于电动机的系统，并探究NI公司所提供的各种不同的机器控制解决方案。(Almost all auto facilities one by one how to move from industrial machinery to medical equipment eleven components must be performed according to the control mode . Moving load is the most common method is to use some of the motor components such as motors. Let s learn how to control the motor- based systems)

自功率谱是分析非平稳信号频谱的重要手段。对于非平稳信号来说，利用自功率谱分析能够更容易找到信号中能量聚集区域，对信号中的频率分布有更好的了解。本文件中将其制作成独立子VI方便程序直接调用。(Self power spectrum is an important method to analyze the spectrum of non-stationary signals. For non-stationary signals, it is easier to find the energy accumulation region in the signal by using self power spectrum analysis, and better understand the frequency distribution in the signal. This document will be made into an independent sub VI convenience program to call directly.)