CAN通讯电机控制上位机，labview

说明：  LabVIEW程序设计的相关书籍，用于LabVIEW程序设计开发，很好的一本参考书籍(LabVIEW programming related books, for LabVIEW programming development, a good reference book)

说明：  ?USB ADIO 八件套：LabVIEW虚拟仪器开发板 电脑USB供电，无需外部电源，2路AI，2路DI，2路DO（可驱动3.3V继电器），2路5V电源输出。可直接配合上百种传感器使用，9种自动保护措施，安全方便。无需驱动，采样率可达每通道20kHz，可在Windows XP、WIN7（32/64位）、WIN8（32/64位）、WIN10等操作系统下稳定运行，有配套的电脑软件，包含波形显示、存储、分析等十余种功能，操作简单直观。 端子定义说明 ? AI0、AI1为模拟量信号输入端子； ? DI0、DI1为数字量信号输入端子； ? DO0、DO1为数字量信号输出端子； ? 5Vo是5V电源输出端子； ? GND为公共接地端。(Eight sets of USB ADIO: LabVIEW Virtual Instrument Development Board Computer USB power supply, without external power supply, 2 AI, 2 DI, 2 DO (3.3V relay drive), 2 5V power output. It can be directly used with hundreds of sensors, 9 automatic protection measures, safe and convenient. Without driver, the sampling rate can reach 20 kHz per channel. It can run steadily under Windows XP, WIN7 (32/64 bits), WIN8 (32/64 bits), WIN10 and other operating systems. It has supporting computer software, including more than ten functions such as waveform display, storage, analysis and so on. The operation is simple and intuitive. Terminals Definition Description AI0 and AI1 are analog signal input terminals. DI0 and DI1 are digital signal input terminals. DO0 and DO1 are digital signal output terminals. 5Vo is the output terminal of 5V power supply. GND is a common ground terminal.)

基于Labview的音频采集处理输出，虚拟示波器。(Audio output collection and processing)

三层神经网络的Labview,没有使用任何模块，BP误差传递用矩阵实现，并含有MNIST数据集。(NN from Labview, including labview file and MNIST data file.)

本Demo演示了NI公司LabVIEW图形化开发环境的并行编程模式。在并行循环之间可以通过队列或者是局部变量传递数据。基于队列的并行循环模式也叫做生产者/消费者模式。(This Demo shows the NI' s LabVIEW graphical development environment for parallel programming model. Between the parallel loop through the queue or a local variable to pass data. Parallel cycle model based on the queue, also known as the producer/consumer model.)

说明：  labview实现tcp/ip通讯，调试很久的的代码，简单可用(Realization of TCP / IP communication with LabVIEW)

说明：  详细介绍了可编程电源各种操作，各种指令控制，LABVIEW 控制动态连接库(The operation of programmable power supply, instruction control and dynamic connection library controlled by LABVIEW are introduced in detail)

Labview+USRP平台下实现OFDM收发信号(Implementation of OFDM transceiver signal under Labview+USRP platform)

通过串口把读到的温度 用波形显示 针对于仪器仪表温度测量(Through the serial port to read the temperature with a waveform display for temperature measurement in instrumentation)

测控系统中，通常用RS232或485来进行上位机与下位机之间的串口通信，在通信测试中，经常要使用串口通信程序进行调试。本VI有较好的前面板界面，程序详细。