packet switch

英 [ˈpækɪt swɪtʃ] 美 [ˈpækɪt swɪtʃ]

网络  包交换; 包交换机; 分组交换; 分组交换机; 封包交换

计算机



双语例句

  1. The Approach of Nonblocking Methods About Banyan Packet Switch Network
    Banyan分组交换网络非阻塞方法探讨
  2. Weighted Scheduling Based-on Queue Length and Queue Delay Restriction for Asynchronous Optical Packet Switch
    基于队列长度和时延约束的异步OPS权重调度
  3. B.Service Control Point ( SCP) Packet switch acting as a network hub
    b.业务控制点(SCP)用作网络集线器的分组交换机
  4. System Models and Performance Analysis of Nonblocking Packet Switch Networks
    非阻塞分组交换网络的系统模型与性能分析
  5. Parallel Packet Switch ( PPS) can realize high speed switching by using low speed switches, which is a hot spot in switching area.
    并行分组交换机(PPS)是一种利用多个低速交换结构实现高速交换的新技术,它是当前高速交换领域的一个研究热点。
  6. Research of Key Technologies in Group Communication over Packet Switch Networks
    包交换网络群组通信关键技术研究
  7. GMPLS is the outcome that the MPLS develops toward the optical network, which can support packet switch, time-division switch, lambda switch and fiber switch, and makes it possible that IP and WDM are combined to one.
    GMPLS是MPLS向光网络扩展的产物,能支持分组交换、时分交换、波长交换和光纤交换,它实现了IP和WDM光网络的融合,很好地满足智能光网络控制面的需要。
  8. The Probability Characteristics of the Traffic Stream and the Output Queues in a Packet Switch
    分组交换中分组流的概率特性与输出排队
  9. Performance Analysis of a Fast Packet Switch Node
    快速分组交换(FPS)节点的性能分析
  10. PPS ( parallel packet switch) can realize high speed switching by using multiple low speed switches. This kind of switch has become a hotspot in high speed switching area.
    分析了一种利用多个低速交换结构实现高速交换的新技术&PPS(并行分组交换机)的研究现状;
  11. Next generation network is based on packet switch.
    下一代网络是基于分组交换的网络。
  12. Active network& a programmable high performance packet switch network
    主动网络&可编程的高性能分组交换网
  13. This paper presents a new isochronous slotted fast packet switch ring network ( SFPring) and its characteristics.
    本文介绍了一种新型同步时隙快速分组交换环网(SFPring)及其特性。
  14. In optical packet switch, optical buffer, which is composed of fiber delay line ( FDL), is an effective way to resolve optical packet contentions.
    在光分组交换(OPS)节点结构中,由光纤延迟线(FDL)所构成的光缓存是解决光分组冲突的一种非常有效的方法。
  15. For the IP networks have the characteristics, such as connectionless and packet switch, they can not avoid the congestion indeed.
    更关键的是,IP网络因其固有的无连接、分组交换的特性,不可避免地会造成网络拥塞。
  16. In this paper, from the point of view of an interconnection structure for data flow computers, we study system organization principle of current data flow computers, discuss packet communication architecture suitable to data-driven operation feature, and make a case study of packet switch interconnection networks.
    本文,从数据流计算机的互连结构的角度出发,研究了当前的数据流计算机的系统组织原理:论述了适合于数据驱动操作特点的包通信机构;
  17. Research of Scheduling Algorithms for Supporting Multiple Priorities Packet Switch and Its Scheduler Design
    支持多优先级分组交换调度算法研究及其调度器设计
  18. Hardware Complexity Analysis of Fast Packet Switch Networks Based on Banyan Network
    基于Banyan网的快速分组交换网络的硬件复杂度分析
  19. Analysis of the Parallel Packet Switch Architecture
    高性能并行分组交换结构的研究
  20. An new model for optical packet switch network
    光分组交换网中的一种新模型
  21. Then it compared the traffic source and traffic model between circuit switch and packet switch, and survey the usually VoIP traffic models by its classification.
    将电路交换与分组交换的话源特性和流量模型进行了对比.对常见的VoIP话务模型进行了分类与综述。
  22. NGN will be an IP network with whole services based on packet switch technology, which will support telephone service, data business and video stream media service, etc. No.
    NGN将是基于分组交换技术的全业务IP网络,支持电话业务、数据业务和视频流媒体业务等。
  23. Group communication based on IP-multicast technology will be an important part of packet switch networks.
    采用IP组播技术的群组通信将是包交换通信网络中非常重要的一类应用。
  24. However, comparing to Wireless Access Network and Core Network, Transmission Network is hard for evolution. The core problem is that how to use Packet Switch Network to carry traditional TDM services in SDH network.
    但是,相对于无线接入网和核心网,传输网的改造最为困难,其核心问题是如何解决分组网络对SDH网络的传统TDM业务的承载。
  25. At present, adoptive representative switching mode in communication network ways includes circuit switch, packet switch, ATM switch and IP switch.
    目前在通信网中所采用的交换方式有代表性的主要有:电路交换、分组交换、ATM交换及IP交换。
  26. This system makes the personnel in the operating center can establish conversation with the ships by connecting to the transceivers in the remote base stations via the IP packet switch network, and the remote watching for personnel on-duty is achieved.
    该系统使操作中心的工作人员能够通过IP分组网络,与远程基地站台的收发信机设备建立起通信连接后与船台进行通话,实现了工作人员的远程值班守听。
  27. With the rapid development of modern information society, the demand on the communication network is increasing. Optical packet switch networks become the trend of the future. All-optical network requires optical signal being transferred and exchanged in optical domain.
    现代信息社会的高速发展对通信网络提出了更高的要求,全光包交换网络成为未来发展的趋势,全光网络要求光信号的传输和交换都要光域进行。
  28. The multicast scheduling algorithm based on the structure of the optical packet switch with shared limited range wavelength converters is studied in this paper.
    然后主要研究了基于共享有限波长变换器的SPL光交换结构的多播调度算法。
  29. GPRS/ EDGE are the most frequently and widely used packet switch systems in 2G mobile communications network.
    GPRS/EDGE通信系统,是2G移动通信网络中使用率最高、覆盖最广的分组交换传输系统。
  30. For multi-plane multi-stage buffered packet switch system, the switch capability will be influenced when one or more switch planes having some failure links.
    对于多级多平面交换结构而言,当一个或多个交换平面内部出现链路故障后,交换系统的处理能力会受到影响。