1) upstream burst communication
上行突发通信
1.
Therefore many complex problems are educed for an EPON system, such as physical medium parameters, encoder/decoder, SerDes, upstream burst communication, etc.
因而 EPON在物理媒质参数、编 /解码和串行 /解串、上行突发通信等方面引出了较为复杂的问题 ,文章在详细阐述千兆以太网物理层结构的基础上 ,深入探讨了上述EPON系统中的物理层问题 ,并给出了相应的解决方法 。
2) Burst communication
突发通信
1.
Research on serial data collection system for burst communications;
突发通信中串行数据采集系统的研究
2.
A new algorithm for symbol timing and carrier phase offset acquisition in burst communication;
一种适合突发通信的位定时和载波相位捕获联合估计算法
3.
In high-rate digital mobile burst communication,it is important to acquire the symbol timing and carrier phase offset rapidly.
在高速数字突发通信中,需要快速、高效地对接收信号的位定时和载波初始相位信息进行估计。
3) burst digital transmission
突发通信
1.
This algorithm is very suitable for application to burst digital transmission.
该算法适用于要求载波相位估计时延很短的突发通信。
2.
To the burst digital transmission in PSK modulation,we propose a new structure for carrier frequency deviation elimination and signal demodulation,which is the combination of frequency deviation estimation and phase recursion.
针对突发通信,提出一种初始频偏估计结合相位递推联合估计的结构,实现PSK调试信号的频偏去除与解调。
4) burst-mode transmission
突发通信
1.
The comparison of the frequency estimation arithmetic in the burst-mode transmission;
突发通信中的频偏估计算法比较
2.
The method is readily implemented in burst-mode transmission.
提出了一种信号检测及位定时估计算法,与常规的算法相比,该算法不仅可以同时进行信号检测和位定时估计,而且可在较低信噪比、较大载波频偏和较大的信号动态范围内下工作,适合用于突发通信。
5) Upstream communication
上行通信
1.
Upstream communication is the key in the construction of HFC access network.
HFC上行通信是构建宽带HFC接入网的关键。
6) Traffic bursty
通信突发性
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