1) time-reversal communication

逆时通信
1.
Efficiency underwater wireless communication: time-reversal communication;

高效的水下无线通信方式:逆时通信
2) real time communication

实时通信
1.
Research and realization of real time communication system in 3D collaborative design based on HOOPS;
基于HOOPS的三维协同设计中实时通信系统的研究与实现
2.
In order to solve internetworking on heterogeneous network and real time communication in power communication ,the paper advances "homogenous translation of heterogeneous networks" and gives socket technology of client/server oriented model based on open system.
针对电力系统通信网的互联和实时通信这两方面的问题 ,提出了异构网络的同构化思想 ,并给出了基于客户机 /服务器模式的套接字实现框
3.
Secondly, the approach to build a scan variable table based on the Extend Rate Monotonic arithmetic is proposed, in order to guarantee the real time communication of the periodic variables on bus.
提出扩展单调速率算法 ,对具有实时通信要求的周期性变量进行优先级分配 ;应用扩展单调速率算法 ,给出构建扫描变量表的方法 ,以保证周期性变量的实时通信 ;通过对周期性变量最大等待时间的分析 ,给出判断扫描变量表有效性判据 。
3) real-time communication

实时通信
1.
Ethernet-based real-time communication and time synchronization of CNC system;

基于以太网的数控系统实时通信和时间同步
2.
Model and analysis of DQDB network for multicast real-time communication;

DQDB网络实现多点实时通信的模型及性能分析
3.
Industrial real-time communication based on ethernet for the equipment level;

基于以太网的工业系统设备层实时通信系统研究
4) communication delays

通信时延
1.
Consensus of multi-agent system with diverse communication delays;

具有不同通信时延的多个体系统的一致性
2.
From the point of view of the control theory, Internet can be considered as a dynamic nonlinear feedback system with communication delays, whose internal state is decided by the TCP congestion avoidance algorithms at sources.
从控制理论角度而言,Internet网络拥塞控制算法可以被看作是一个具有通信时延的动态非线性反馈系统,系统内部的运动状态是由网络在源端的TCP拥塞避免算法和在连接点的主动队列管理(AQM)策略来控制决定的。
5) instant messaging

即时通信
1.
The Approach to Instant Messaging Service by China Telecom;

中国电信的即时通信之路
2.
P2P Instant Messaging based on IPv4 and IPv6;

IPv4和IPv6下的P2P即时通信
6) communication clock

通信时钟
1.
If the RCS-900 protection adopts the 2048kbit/s multiplex channel, slips may occur in the receiving code of the protective equipment while the retiming function of the channel is on and the communication clock of the protective equipment is set in the inner clock mode.
在RCS-900系列保护装置采用2048kbit/s复用通道的推广过程中,发现打开通道的输出再定时功能,并且将保护装置的通信时钟设置为内时钟方式时,保护装置接收信号会产生滑码。
补充资料:逆时
1.失时,不合时宜。
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