轻量级通信主要是为了提供更低的网络通信延时和更高的网络吞吐量。
The main purpose of lightweight communications is to provide lower network communication delay and higher communication throughput.
在性能方面，这种机制导致系统中产生额外的开销，如通信延时、负载等。
This mechanism, however, can result in extra overhead in performance such as communication delay and participant payload, which may affect the applications of anonymous communication systems.
计算数据表明，采用递减转发概率将使得重路由路径长度的期望值显著降低，因而能保证良好的通信延时。
The calculation result demonstrates that descending forward probability makes the expected value of rerouting path decrease distinctly, therefore limits the communication delay.
结合设计实例详细论述了通信延时对雷达伺服系统跟踪精度的影响，提出了采用常增益滤波法的解决方案，并通过仿真和试验结果加以验证。
This paper discusses the effect of communication delay on radar servo systems track precision based on an engineering design, and offers a solution which applies fixed-gain filter.
瘦客户机应用程序则简化了开发、部署和升级；但是，用户通常都会受累于客户机-服务器间的往来通信所带来的延时。
Thin client applications allow ease of development, deployment, and upgrading; however, the user usually suffers from the delayed ping-pong of client-server communications.
介绍了一种点对多点无线数据传输系统的设计，提出了一种基于时分多址的“随机延时”防通信碰撞协议，并给出了该防碰撞协议和相关CRC编码的软件实现方法。
The design of a point-to-points wireless data traffic system is presented, including a random delay anti-collision protocol, the implementation of this protocol and CRC coding by software.
在一类移动通信系统中，信息传输过程中经过GSN和PCU两个节点，由于无线链路的不稳定，产生了延时和断健。
In a type of mobile communication systems, data transmits through two notes, GSN and PCU. Some delays and interruptions occur because of the wireless link.
本文对RS- 485控制网络进行了改进，并提出RS - 485动态延时控制方式：对等式多机通信网络控制。
An improvement of RS-485 control network has been put forward and held up RS-485 coequal dynamic time control multiple computers communication in this paper.
丢包或者延时问题成了通信的主要问题。
Packet loss or latency problem has become the major problem for communication.
避免了使用传统TCP协议进行语音通信实时性差的缺点，减小了网络延时，改善了语音传输质量。
This avoids the disadvantage for real-time when audio-data is transmitted based on TCP, minishes the delay of network, improves the quality of audio-data transmission.
避免了使用传统TCP协议进行语音通信实时性差的缺点，减小了网络延时，改善了语音传输质量。
This avoids the disadvantage for real-time when audio-data is transmitted based on TCP, minishes the delay of network, improves the quality of audio-data transmission.
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