Formed on the lower reaches of integration, synergy and win-win strategy, the continuing improve the overall architecture of intelligent packet core competence of enterprises.
形成上下游集成化、协同化的双赢战略，持续进步建筑智能化总包企业的核心竞争力。
The Assured Services architecture relies on packet marking mechanism at the edge router, and queue management mechanism at the core router.
确保服务的实现依赖于在边界路由器执行的数据包标记策略和在核心路由器执行的队列管理策略。
Soft exchange is one of the core equipment of the next-generation network and also one of the equipment of evolving from circuit exchange network to packet exchange network.
软交换是下一代网络的核心设备之一，也是目前电路交换网向分组交换网演进的设备之一。
Finally, it emphatically describes the international proposals on new generation communication network for the next century, including the packet-based core network and broadband access networks.
然后着重介绍了国际上对新世纪初准备实现的新一代国家通信网基础结构的具体设想，其中包括以分组为基的核心网和各种宽带接入网。
This paper designs and implements an engine system of packet classification applying the parallel classifying algorithm, in which network processor is the hardware core.
本文以网络处理器为硬件核心，结合提出的并行包分类算法，设计和实现了一个包分类引擎系统。
As the core of packet classification technology, the performance of packet classification algorithm has a crucial influence on the time delay and throughput of the network.
包分类算法作为包分类技术的核心，其性能对网络的时延和吞吐量有决定性的影响。
And to propose a final SSDFA detection algorithm as the core technology of deep packet inspection system model.
并最后提出了一种以ssdfa算法为核心检测技术的深度包检测系统模型。
Management of network link bandwidth using packet scheduling is one of core technologies for the guaranteed service quality of the network.
分组调度管理网络链路带宽，是实现网络服务质量的核心技术之一。
The paper attempts in detail to describe the outlook of data centric, packet based core network for national fixed telecommunications…
较详细地描述新一代以数据为重心、分组为基本的核心网轮廓并描绘了第三代无线蜂窝网和移动卫星系统的前景。
Combining the advantages of optical packet switching (OPS) and wavelength routing (OCS) while eliminating the drawbacks, it is widely expected to be the core technology for the new optical network.
由于光突发交换结合光路交换(ocs)和光分组交换(ops)的优点，同时也克服了二者的不足，有望成为下一代光网络的核心交换技术。
This design includes design of a FPGA based Core Control System, which can achieve communication channels transmit and receive, packet storage etc.
然后，根据模块划分设计了基于FPGA的核心控制卡电路板，实现一个具有调度、线路收发、存储、网络管理等功能的基本核心控制卡系统。
This design includes design of a FPGA based Core Control System, which can achieve communication channels transmit and receive, packet storage etc.
然后，根据模块划分设计了基于FPGA的核心控制卡电路板，实现一个具有调度、线路收发、存储、网络管理等功能的基本核心控制卡系统。
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