线路利用率

  • Line utilization;【铁道】line efficiency
线路利用率线路利用率
  1. 结果表明该方法在平均包延时和线路利用率上比均衡延时方法都有所改善。

    As a result , the average packet delay and link utilization are both improved .

  2. 为解决光纤通道仲裁环线路利用率不高,节点间通讯的延时不确定的问题,提出了光纤通道接力环。

    A fibre channel relay loop was developed to improve the efficiency and latency assurance of fibre channel arbitrated loops .

  3. 电路交换网络的线路利用率低、新业务开展困难等缺点,促使人们探索新技术。

    With the circuit switch , line utilization is low , and it is difficult to develop new services , thus we must research and develop new technologies .

  4. 研究结果表明,本文所提的改进方案较之原仲裁环在时延、线路利用率方面具有一定的性能改善,特别适用于对延迟要求严格的实时通信领域。

    The simulation results show that , in contrast with arbitrated loops , the improved arbitrated loops protocol improves average packet latency . It is especially applicable to the real time systems networks applications that require delay strictly .

  5. 电网的互联使得电网结构复杂,运行也越发繁重,网间短路电流水平不断提高,线路利用率降低,给系统的安全、稳定和可靠运行埋下了隐患。

    Power network connection makes the structure more complex and operation more onerous , leads to a increase of short fault current between network and a decrease of line utilization ratio which makes a threat against the security , stability , credibility of the power system .

  6. 通过CBTC系统可以减小行车间隔,实现更多的列车控制功能,从而提高线路的利用率和行车安全。

    By using CBTC system , we can reduce the interval between trains , carry out more function , maximize the utilization of the rail transit infrastructure , and supply more safety .

  7. 混合型供电系统的设计降低了系统对市电的依赖性,电力线载波通信导轨的设计提高了线路的利用率。

    The design of the hybrid energy power supply system reduced commercial power dependence of the system , and power line carrier conductor rail improved the line utilization .

  8. 通过对多核处理器的分析,发现影响其性能的关键因素有两个:一个是多核处理器二级缓存的命中率另一个是多核处理器线路的利用率。

    Through analyzing multi-core processors , we found that there are two key factors affecting its performance ,: one is L2 cache hit rate of multi-core processor . the other is the utilization rate of multi-core processor line .

  9. 通过对网络故障的分析,介绍了ATM技术在电力信息网中的运用,及利用VoIP实现话音、数据共享线路,提高网络利用率的方式;

    This paper introduces the Applications of ATM technology in power information system by means of the fault treating of network , and describes how to transmit voice and data in the same channel to promote the utilization efficiency of network by using VoIP .