设计了RS485总线网络通讯协议。
提出一种动态配置网络通讯协议的黑盒框架。
Introduces a blackbox framework for the configuration of network communication protocols dynamically.
本文的最后根据作者在实时项目中的应用经验，给出了一个实时控制网络通讯协议的设计实例。
In the last part of the paper, a design example about the Real-Time communication protocol is given according to the author's own experience.
本系统涉及GPRS网络技术、串口RS-232/RS-485传输协议、网络通讯协议、系统抗干扰电路设计等相关技术。
The system is composed of GPRS network technology, serial interface RS-232/RS-485 transmission protocol, network communication protocol and anti-disturbance circuit design.
本文是以项目“基于SIP协议的网络通讯系统”的设计与实现工作为基础。
This paper is based on the the project "the design and Implementation network communication system based on SIP".
本协议基于Windows开发，使用WindowsSocket实现网络通讯和数据传输。
The protocol is based on Windows development, using the Windows Socket network communication and data transmission.
FEP到设备间则根据不同需求和现场环境采用不同底层网络通讯技术和协议。
Different bottom layer technologies and protocols were used between FEP and equipments according to different needs and local environment.
FEP到设备间则根据不同需求和现场环境采用不同底层网络通讯技术和协议。
Different bottom layer technologies and protocols were used between FEP and equipments according to different needs and local environment.
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