1) traffic
[英]['træfɪk] [美]['træfɪk]
通信量
1.
The analysis of the self-similar traffic of networks and its model;
自相似网络通信量的分析与建模
2.
Apply Nearest Neighbor Algorithm to Traffic Time Series Prediction;
用近邻算法预测通信量时间序列
3.
Fractional Autoregressive Prediction for Long Range Bursty Traffic
长程突发通信量的分数自回归预测
2) communication traffic
通信量
1.
This paper introduces an improved algorithm of the integrated distributed re- sources searching algorithm (the nearest neighbour algorithm), analyzes the characteristics of the improved algorithm, and demonstrates that the improved algorithm has smaller communication traffic than the original algorithm.
本文介绍了一个集中分布式资源搜索算法由近及远算法的改进算法，并分析了改进算法的性能，证实了改进算法比原来的由近及远算法有较小的通信量。
3) communication traffic
通信流量
1.
Firstly, a communication analysis is conducted for understanding the communication traffics in the current system.
通过通信分析,了解当前系统的通信流量,而后应用整数规划模型计算出在一定预算约束之下先导系统的最大容量与结构。
4) communication quality
通信质量
1.
Analysis about the Communication Quality of Visual Communication Based on Broadband;
基于宽带的网视通通信质量分析
2.
Echo and noise severely impacts communication quality in communications systems.
为解决回声和噪声严重影响通信系统的通信质量问题,采用带有语音活动性检测VAD(voiceactivitydetection)的谱减法消除噪声,并用基于两矢量夹角法双向通话检测器DTD(doubletalkdetector)的仿射投影算法APA(affineprojectionalgorithm)对回声自适应进行估计,提出了一种回声抵消和背景噪声消除的方法。
5) quantum communication
量子通信
1.
Quantum entanglement and quantum communication of exceed velocity of light;
量子纠缠与超光速量子通信
2.
Two typical quantum communication technology;
两种典型的量子通信技术
3.
Study of quantum communication systems used for free space;
自由空间量子通信系统研究
6) communication capacity
通信容量
1.
This paper studies the PHS standards and its characteristics used in the wireless access network and analyzes the performances of the PHS standards such as the communication capacity,voice quality and spectrum utilization ratio in the countryside,suburb and city.
文章首先对应用于无线接入网中的PHS标准及特点进行分析研究,分析了农村、郊区和城市地区三种情况下的PHS标准的通信容量、话音质量和频谱利用率等性能,并给出性能分析结果。
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