1) USB serial communication
USB串口通信
3) serial communication
串口通信
1.
Development of high temperature high accuracy resistance measuring instrument based on serial communication;
基于串口通信的高温高精度电阻测量仪研制
2.
The application of serial communication in the combustion monitoring system;
串口通信技术在炉膛燃烧监控系统中的应用
3.
Design of system for serial communication based on visual basic;
基于VB语言的串口通信系统设计
4) Serial port Communication
串口通信
1.
The realization of PC and mitsubishi FX_(2N) PLC serial port communication;
PC与三菱FX_(2N)型PLC串口通信的实现
2.
Serial port communication for the control system of wireless saving water irrigation;
无线遥控节水灌溉控制系统中的串口通信
3.
Visual C++ serial port communication technology in the control system of MEMS chip laser packaging;
激光封装MEMS芯片控制系统中的VC++串口通信技术
5) serial-port communication
串口通信
1.
Application of serial-port communication based on VC++ in the remote control of underwater welding;
VC++串口通信在水下焊接远程控制中的应用
2.
The application of serial-port communication between industry PC and single chip microcomputer in the mould welding robot;
工业PC机和单片机串口通信在模具焊接机器人中的应用
3.
Application of Multithreading During VC++ Serial-port Communication Program;
多线程在VC++串口通信程序中的应用
6) bunches of communication
串口通信
1.
Utilizing the principle and establishment of bunches of communication technology of the computer as well as the transformation delivering and receiving of the data results in the computer procedure.
利用计算机串口通信技术的原理和设置以及数据的转换、发送和接收,编制了程序,使各处的风机运行状态在监控计算机上能够实时反映出来,避免高沼气矿井重大事故的发生,为煤矿安全监控进行了探索性研究。
2.
A method is given to realize the long-range production system through Web in the industry controlled field,based on the technology of WAN,by analysing the B/S mode and RS485 principles of bunches of communication,and for the characteristic of the real-time system a kind of new solution to this model is put forward.
经过对B/S模式及RS-485串口通信原理的分析,提出了在工业控制领域中,使用广域网技术,通过Web对远程生产系统实现实时监控方法,并针对这一模型结合实时系统特点提出了一种新的解决方案,实现了485串口通信、数据的存取访问和远程命令控制。
补充资料：波导通信(见毫米波通信)
波导通信(见毫米波通信)
wave guide communication
bodao tongxin波导通信(wave guide communieation)见毫米波通信。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条