1)  MPLS QoS
MPLS QoS
1.
MPLS QoS and Its Realization Engineering Research Based on MNS;
MPLS QoS及其基于MNS的实现
2)  MPLS
MPLS
1.
Comparison and Analysis of IPSec Based and MPLS Based VPN;
基于IPSec与基于MPLS的VPN的比较与分析
2.
MPLS Technology and Its Application in the City Area Network;
MPLS技术及其在城域网中的应用
3.
Research on flux-equilibrium technology of multiply LPS in MPLS-VPN;
MPLS-VPN中基于多LSP的流量均衡技术研究
3)  QoS
QoS
1.
The QoS Design of Embedded Network Outstation Used in Underground;
嵌入式井下网络分站的QoS设计
2.
Research on QoS Based Multiple Path Routing Protocols in Ad Hoc Networks;
Ad Hoc网络QoS多径路由协议的研究
3.
A QoS routing algorithm for mobile wireless optical networks;
一种基于QoS的移动无线激光通信网络路由算法
4)  quality of service
QoS
1.
We propose a dynamic routing and wavelength assignment based on quality of service,utilizing the model of layered graph in all-optical networks with partial wavelength conversion.
基于在波长可变光网络中的波长分层图模型,本文提出了一种在动态业务情况下的支持不同QoS要求的路由波长分配算法,根据客户层业务不同的QoS要求,通过分层图模型中参数的不同取值,对其光路建立请求区别对待,提供不同级别的光路建立。
2.
An end-to-end quality of service(QoS) analytic method for streaming media over an ALL-IP wireless network was proposed,which was applicable to analyze the cumulative performance degradation along the service architecture based on a bottom-up approach.
针对可变速率的多用户多信道子系统,以业务实现架构上的自下而上的顺序,逐层分析了业务性能的累积恶化,提出了一种用于全IP无线网络中流媒体业务的端到端QoS性能分析方法,该方法结合理论分析和仿真实验,对影响业务性能的时延、传输速率和差错率这3个QoS指标进行了评估。
3.
Due to the closed loop performance of networked control system decided by the quality of service and the quality of performance,the co-design strategy based on QoS management that considers both QoS and QoP is put forward.
针对网络控制系统的闭环性能受网络调度QoS与控制性能QoP两个方面决定,采用基于QoS管理的兼顾网络调度QoS与控制性能QoP两方面的协同设计。
5)  Quality of Service(QoS)
QoS
1.
A novel genetic algorithm(TGA) is presented for Quality of Service(QoS)-aware service composition.
提出一种基于QoS的Web服务选择的遗传算法(TGA)。
2.
Taking the characteristics of multi-constrained Quality of Service(QoS) routing in next generation Internet into account, an intelligent multicast QoS routing algorithm based on Particle Swarm Optimization(PSO) and Genetic Algorithm(GA) was presented.
针对满足多个约束条件的服务质量(QoS)组播路由的特点,提出了一种下一代互联网中基于粒子群优化(PSO)和遗传算法(GA)的智能QoS组播路由算法。
3.
With the rapidly expanding of users and applications it is expected that the next generation of Internet will support applications with high Quality of Service(QoS).
然而,在Internet中引入无线接入方式使得提供QoS面临更大挑战。
6)  QoS(quality of service)
QoS
1.
To fully meet the requirements of multimedia for CAC(call admission control) mechanisms in CDMA(code division multiple access) systems,a method of calculating the residual capacity was investigated,and a QoS(quality of service) guaranteed dynamic CAC scheme was proposed.
基于CDMA(code d ivision mu ltip le access)系统接纳控制(call adm ission control,CAC)机制没有完全考虑各种多媒体业务的现状,研究了CDMA系统中剩余容量的计算方法,采用更加符合目前无线多媒体网络中业务实际情况的业务模型,给出了一种针对多媒体业务的基于QoS(quality of service)保证的动态CAC算法。
2.
Taking the characteristics of multi-constrained QoS(Quality of Service) routing in NGI(Next Generation Iternet) into account,a unicast QoS routing algorithm based on PSO(Particle Swarm Optimization) is presented.
针对满足多个约束条件的服务质量QoS(Quality of Service)单播路由的特点,提出了一种下一代互联网NGI(Next Generation Internet)中基于粒子群优化PSO(Particle SwarmOptimization)的QoS路由算法。
参考词条
补充资料：MPLS
MPLS
　　MPLS即多协议标记交换。MPLS属于第三代网络架构，是新一代的IP高速骨干网络交换标准，由IETF（InternetEngineeringTaskForce因特网工程任务组）提出。

　　MPLS可以解决Internet路由的问题，使数据包传送的延迟时间减短，增加网络传输的速度，更适合多媒体讯息的传送。MPLS最大技术特色是可以指定数据包传送的先后顺序。它使用标记交换（LabelSwitching），网络路由器只需要判别标记后即可进行转送处理。MPLS由FrameRelay及ATM交换器所提供的QoS对所传送的数据包加以分级，因而大幅提升网络服务品质提供更多样化的服务。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。