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MONITORING-AND-CONTROL--ON-LABVIEW
- 摘 要 针对实现液罐的监测与控制系统，采用下位机：以C52单片机为核心，控制HC-SR04超声波测距模块和DS18B20分别对液面高度和液罐中温度进行测量。上位机：在PC机中通过LabVIEW进行编程，其主要功能为：数字时钟、液罐液位的模拟、波形图、液位超限的报警功能、液位控制的自动和手动模式、以及对数据进行存储。单片机对液位和温度的数据进行采集后，LabVIEW可选择性的使其在面板中进行显示，同时还可发送指令给单片机控制进水阀和出水阀的开闭，也可通过自动模式对液位进行控制。相比于传统控制系统，
Temperature-acquisition-system
- 利用单片机及相应的传感器构成数据采集模块，利用串口通信方式，将采集到的测量数据发送给上位机（PC机），通过LabVIEW开发具有良好人机交互界面的实时监控系统，实现对数据的显示、分析及记录等操作。-Using a single chip microcomputer and the corresponding sensor data acquisition module, using the serial interface communication mode, the collected me
temperature-detection-system
- 使用单片机采集温度信息，采用labview设计界面，此程序已经做成是无语。- the temperature real-time control system with digital temperature sensor of DS18B20. The system study the ambient temperature as the main object and the lower machine system is made up with STC89C52 as the core
PCAN-Driver
- 采用Labview编写的上位机界面，应用Peak卡通过CAN总线与单片机进行通信。-Written using Labview PC interface, the application of Peak card via the CAN bus to communicate with the microcontroller.
SRM7
- 观测单片机上传数据，通过单片机串口发送一组数据，在上位机界面上画出相应图形-Observations microcontroller upload data, a set of data sent via the serial port MCU, draw the appropriate graphics on the PC interface
LABVIEW__usb__2
- 采集单片机温度数据，通过串口上传到Labview上位机，并在界面绘图温度实时变化波形-SCM temperature data collected by Labview serial uploaded to the host computer, and changes in real time waveform drawing temperature at the interface
Labview
- 基于LabVIEW编写上位机监控界面，通过单片机的串行口RS232和LabVIEW上位机进行通信，实现温度的实时采集与温度曲线显示的功能 -LabVIEW preparation of PC-based control interface, communication via RS232 serial port MCU and LabVIEW PC, real-time temperature curve temperature acquisition and display functio
labview--PWM
- 此设计模拟工业控制现场，通过调节Labview界面中的模拟仪表，通过RS232串口通信，把转速控制信息通过串口传送到单片机中，进而利用单片机控制电动机的转速。-labview-based PWM motor speed