Llc distribution automation using distribution line carrier systems - part 4 : data communication protocols - section 32 : data link layer - logical link control 使用配线载波系统的自动分布操作.第4部分:数据通信协议.第32节:数据链层.逻辑链结控制
But the successful application of power line communication in industrial control & automation depends on the support of associated industrial data communication protocol 电力线通信技术能够应用于工控自动化环境中需要相关工业数据通信协议的支撑。
Distribution automation using distribution line carrier systems - part 4 : data communication protocols - section 41 : application protocols - distribution line message specification 采用配电线载波的配电自动化.第4 - 41部分:数据通信协议.应用层协议-配电线报文规范
Distribution automation using distribution line carrier systems - data communication protocols - system management using profile 61334 - 5 - 1 - management information base 使用配电线路载体系统的配电自动化.数据通信协议.使用61334 - 5 - 1概要的系统管理.管理信息基础
Distribution automation using distribution line carrier systems . part 4 : data communication protocols . section 41 : application protocols . distribution line message specification 使用配线载波系统的分配自动化.第4部分:数据通信协议.第41节:应用协议.配线文电规范
Distribution automation using distribution line carrier systems - part 4 : data communication protocols - section 41 : application protocols - distribution line message specification 使用配线载波系统的自动分布操作.第4部分:数据通信协议.第4节:应用协议.配线信息规范
The world ' s data communications infrastructure has developed a robust , inexpensive , highly efficient data communications protocol and supporting infrastructure based on ip 世界上的数据通信基础设施已发展成具有强大生命力的、价廉且高效的数据通信协议并支持基于ip的基础设施。
Mib distribution automation using distribution line carrier systems - part 4 - 512 : data communication protocols - systems management using profile 61334 - 5 - 1 - management information base 使用配线载波系统的分配自动化.第4 - 512部分:数据通信协议.使用剖面61334 - 5 - 1的系统管理.管理信息库
The characteristic of this thesis is the special design data transmission agreement for the logging system which be made in china , and also it can meet the needs of the new system developing and it can compatible the old version system 本文的特色是设计出有我国测井仪器特色的数据通信协议，满足新仪器的发展需要和兼容旧仪器的工作。
With the module , the author defined a communication protocol and established a simulation platform by using distributed component object module ( dcom ) technology . the platform proved that the module is realizable . it is complex to program software of distributed system 同时在模型的基础上，制订了一份数据通信协议，并用基于分布式组件对象模型( distributedcomponentobjectmodule )的技术完成了一个仿真验证平台，证明了所建立的模型的可实现性。
