packet-switching

XDSL needs packet switching.

XDSL需要分组交换.

This dissertation focuses on the optical clock recovery techniques inoptical packet switching ( OPS ) network.

本文主要研究应用于光分组交换网络的全光时钟恢复 ( 提取 ) 技术.

the performance analysis for global flow control of multiclasses in packet-switching networks

分组交换网中多类信息全局流量控制性能分析

OBS ( Optical Burst Switching ) combines advantages of Optical CircuIt'switching ( OCS ) and Optical Packet Switching ( OPS ).

光突发交换 集合了光线路交换和光分组交换的优点.

With increasing demand for higher bandwidth and lower latency packet switching, communications providers introduced Frame Relay.

因为较高的频宽及较低延迟的分封交换的需求增加, 通讯提供者引入了讯框中继.

in this paper we studied effects of interactions between routing and global isarithmic adaptive flow control algorithms on the performance and stability in packet-switching networks.

本文讨论了分组交换网中路由选择算法与全局可计数分散式自适应流量控制相互作用对网路性能指标和稳定性的影响。

it is the unit in which information ( a message) is transferred in a packet-switching network.

它是分组交换网络中信息（即报文）传递的单位。

Virtual-packet concept and Virtual-packet switching ( VPS ) mechanism are proposed.

提出了“虚分组”概念和“虚分组交换 ( VPS,Virtual-packet Switching ) ”机制.

Best path determination and packet switching occur at this layer.

最佳路由确定和分组交换都发生在这层.

The optical packet switching network is the necessary tendency in the development of all optical network.

光分组交换网是全光网络发展的必然趋势.

at the same time, the problems of multimedia synchronization control mechanism in the practical packet-switching networks and so on are studied too.

同时，深入研究了实际分组交换网络中多媒体同步控制机制等问题。

It is the unit in which information ( a message ) is transferred in a packet-switching network .

它是 分组交换网络 中信息 ( 即报文 ) 传递的单位.

in real-time communication networks, based on the different application field, we choose the corresponding network topology and protocol. for example, multimedia services on demand are always provided on point-to-point packet-switching network;

在实时通信网络中，根据应用领域的不同，其采用的实时通信网络结构及协议也不同，例如：多媒体服务系统多采用点到点分组交换网络；

interactions between global isarithmic adaptive flow control and routing algorithms in packet-switching networks

在分组交换网中全局可计数自适应流量控制与路由选择方式的相互作用

At the present time, the bottleneck the optical packet switching network is the optical buffer technology.

目前, 光分组交换网络发展的瓶颈是光缓存技术.

In OBS, a data burst an intermediate switching granularity comparing to circuIt'switching and packet switching.

相比分组交换,OBS提高了交换粒度,比分组交换易于实现, 它是一种很有前途的交换技术.

internet adopts a popular tcp/ ip protocol and the ip data group's transmitted platform can be any packet-switching network.

Internet采用了广泛应用的TCP／IP协议，IP数据报的传送平台可以是任何现有分组交换网络。

ATM is a connection-oriented, packet switching, and statistically multiplexing technology.

ATM是一种面向连接的 、 分组交换和统计复用技术.

providing qos guarantee in packet-switching network has been a key issue these years.

在分组交换网中实现QoS保证是近年来网络研究的热点。

scheduling strategies providing a bounded delay service in packet-switching network

分组交换网络中提供有界延迟服务的调度策略

It is often necessary to fairly allocate bandwidth among services with different requirements in high-speed packet switching circuits while meeting their QoS parameters.

高速包交换电路常常需要为各种不同要求的服务公平地分配带宽，在公平分配带宽的同时还需要满足这些服务的服务质量（QoS）参数。

optical burst switching ( obs) is a new and promising switching paradigm, which can combines the best of the optical circuit-switching and the optical packet-switching paradigms while avoiding their shortcomings.

光突发交换是一种介于光路交换OCS和光分组交换OPS之间的很有发展潜力的交换模式，它融合了两者的优势又克服了两者的缺点。

o-rpr based on all-optical buffer is a novel all-optical packet-switching network, which is a promising network because of overcoming bottleneck of traditional rpr.

基于全光缓存器的光弹性分组交换环（O-RPR）是一种全光分组交换网络，能够克服目前RPR存在的电子瓶颈。