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信道利用率高
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  high channel availability
     Signal No. 7 system is an internationalized and standardized universal common-channel signal system, featuring high channel availability, large signal capacity and high transfer speed.
     7号信令系统是国际化、标准化的通用公共信道信令系统,具有信道利用率高、信令容量大和传送速度快等优点。
短句来源
  high channel utility
     It can effectively deal with mutipath interference,intersymbol interference,frequency selective fade,and has high channel utility.
     他能有效对抗多径效应,消除符号间干扰,对抗频率选择性衰落,而且信道利用率高
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  “信道利用率高”译为未确定词的双语例句
     Simulation results show that the new scheduling algorithm has the benefits of lower complexity,higher wireless channel utilization efficiency under the constraint of transfer delay,compared to the traditional scheduling algorithms.
     仿真结果表明,与传统调度算法相比,S-PBFS算法在数据包传输时延受限的条件下具有无线信道利用率高、实现复杂度低等特点.
短句来源
     It can waken the multipath effect availably,eliminate symbol interference and fight against frequency select fading. Moreover,the channel utilization rate is high.
     他能有效地对抗多径效应,消除符号间干扰,对抗频率选择性衰落,而且信道利用率高
短句来源
     OFDM is a multi-carrier high-speed wireless transmission technology, with high channel utilization and good performance in mitigating multi-path effects、eliminating inter-symbol interference and resisting frequency-selective fading.
     OFDM是一种多载波高速无线传输技术,它能有效对抗多径效应,消除符号间干扰,对抗频率选择性衰落,而且信道利用率高
  相似匹配句对
     and the DC voltage utilization is improved.
     直流电压利用率
短句来源
     There is a high rate of land utilization in Shanxi Province.
     山西省土地利用率
短句来源
     V. C.
     V.C;
短句来源
     thus the utilization ratio of the city telephone line is improved.
     从而提市话信道利用率
短句来源
     Analysis of Channel efficiency in Trunking System
     集群系统信道利用率分析
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  high channel utility
The main objective of the scheduling algorithms is to achieve high channel utility while having low time complexity.
      


There are various improvements in end to end transmission using OTDM,and the networks designs based on OTDM attract much more attentions in recent years.We propose a solution for High Speed Local Area Network (LAN)based on OTDM.The bit interleave and token ring are adopted.This solution has many strongpoints,such as simple architecture,high channel utility,self heal and protection in physic layer.Furthermore,single node technology required in this solution is simple,which resulted in low cost of the network.Therefore,this...

There are various improvements in end to end transmission using OTDM,and the networks designs based on OTDM attract much more attentions in recent years.We propose a solution for High Speed Local Area Network (LAN)based on OTDM.The bit interleave and token ring are adopted.This solution has many strongpoints,such as simple architecture,high channel utility,self heal and protection in physic layer.Furthermore,single node technology required in this solution is simple,which resulted in low cost of the network.Therefore,this solution can be applied in LAN which the transmission speed of node is not very high.

近年来 ,基于OTDM技术的网络设计备受关注。提出了一种基于OTDM技术、采用比特间插和令牌环相结合方式的局域网设计方案。该方案结构简单 ,成本低 ,信道利用率高 ,可在物理层上实现自愈保护 ,并且对单个节点的技术要求低 ,可以在对单个节点传输速率要求不是很高的小型局域网中使用。

Signal No.7 system is an internationalized and standardized universal common-channel signal system, featuring high channel availability, large signal capacity and high transfer speed. This paper technically analyses the system structure and function of Signal No.7, and describes its application to the switchboard type HARRIS 20-20 MAP, version 24.00 in Zhuhai Power Station. Test and application results show that Signal No.7 satisfies the requirements of the switchboard.

7号信令系统是国际化、标准化的通用公共信道信令系统,具有信道利用率高、信令容量大和传送速度快等优点。对7号信令的系统结构及其功能作了技术分析,介绍了7号信令在珠海发电厂交换机(型号:HAR RIS20 20MAP;版本:24 00)上的应用情况。经过测试和实际运用证明,7号信令完全符合HARRIS20 20交换机的要求。

Traditional packet scheduling algorithms for high-speed downlink shared channel are investigated with the consideration of streaming services and wideband wireless channel in beyond 3rd generation mobile communication system.A Priority-Based Fairness Scheduling (PBFS) algorithm is proposed for streaming services transmission and system throughput enhancement.The PBFS algorithm makes packet scheduling scheme in downlink shared channel based on the users' priorities,which are dynamically adjusted according to...

Traditional packet scheduling algorithms for high-speed downlink shared channel are investigated with the consideration of streaming services and wideband wireless channel in beyond 3rd generation mobile communication system.A Priority-Based Fairness Scheduling (PBFS) algorithm is proposed for streaming services transmission and system throughput enhancement.The PBFS algorithm makes packet scheduling scheme in downlink shared channel based on the users' priorities,which are dynamically adjusted according to the quality of wireless channel and the QoS requirement of streaming services.Simplified PBFS (S-PBFS) is also derived.Simulation results show that the new scheduling algorithm has the benefits of lower complexity,higher wireless channel utilization efficiency under the constraint of transfer delay,compared to the traditional scheduling algorithms.

本文针对后三代(B3G)移动通信系统中的宽带无线信道特性和流媒体业务特征,分析了可用于高速下行共享信道的各种传统分组调度算法,提出面向流媒体业务能够提高系统吞吐量的基于优先级公平调度(Priority-BasedFairnessScheduling,PBFS)算法.该算法根据各移动用户收发信道质量和业务传输的QoS要求动态调整各用户的业务传输优先级,确定下行共享信道的调度方案.并给出该算法的简化形式S-PBFS.仿真结果表明,与传统调度算法相比,S-PBFS算法在数据包传输时延受限的条件下具有无线信道利用率高、实现复杂度低等特点.

 
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