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- network QoS architecture 网络QoS体系结构
- An innovative integrated QoS architecture is proposed for IEEE 802.16 in PMP mode. The new integrated QoS architecture gives a mapping rule to provide cross layer QoS guarantee. 首次提出了一种IEEE 802.;16 PMP模式的综合业务服务质量(QoS)管理体系结构;实现跨层的QoS保证。
- MPLS traffic engineering can ensure network QOS an effective function, and setting up explicit route is the key to it. 摘要MPLS流量工程是保证网络QOS的有效途径，而显式路径的建立是MPLS流量工程实施的关键问题之一。
- These control algorithms can be divided into three categories: Network Routing Algorithm, Network Congestion Control Algorithm and Network QoS Control Algorithm. 这些网络控制算法大致可分为三大类:网络路由算法、网络拥塞控制算法、网络服务质量(QoS)控制算法。
- Research on Next Generation Network End-to-End QoS Architecture 下一代网络端到端QoS体系的研究
- Finally, an end-to-end QoS architecture for MANET isproposed. The architecture includes many components such as QoS signing, admission control, QoS routing, resource management, congestion control, rate control and QoS MAC. 最后,论文以QoS路由协议为基础,提出了一个端到端的QoS体系结构,该体系结构包含QoS信令、接入控制、QoS路由、资源管理、拥塞控制、速率控制和QoS MAC等多个功能模块。
- Based on the control mechanism supported by the Hierarchical WFQ packet scheduling algorithm and IEEE 802.16 protocols, a QoS architecture for Broadband Wireless Access Systems (BWA) is proposed. 在此基础上;文章结合分级WFQ分组调度算法和IEEE802.;16协议中所提供的控制机制提出了一种适合于BWA系统的QoS架构。
- Concepts, classification, protocols and key technology of Web QoS and Network QoS are presented; Integrated Services and Differentiated Services on TCP/IP network are studied in details. 论文论述了关于Web QoS和网络QoS技术的概念、分类、协议和关键技术,详细研究了TCP/IP网络的综合服务和区分服务协议。
- Study of QoS architecture of IP home networks IP家庭网络的服务质量架构研究
- A New End-to-End QoS Architecture 一种新的端到端的网络服务质量模型
- Study of Virtual Private Network QoS Based on RSVP 基于资源预留协议的虚拟专用网服务质量研究
- Designing Packet Network QoS Mechanism Based on QoE 基于用户体验质量设计分组网络的QoS机制
- Network QoS Model Supporting CIPOA 基于CIPOA的园区网服务质量控制模型
- Realization of the IP Network QoS IP网络服务质量的实现
- Researches on IP Network QoS Control Methods IP网络QoS控制方法研究
- The Research of Congestion Control for Network QoS 面向网络QoS的拥塞控制研究
- End-to-End QoS Architecture Based on IEEE802.11e and DiffServ 基于IEEE802.;11e和DiffServ的端到端QoS结构
- NETWORK QOS MECHANISM AND INTS QOS CHAINS 网络QoS机制及其服务质量链
- End-to-End QoS Architecture and Guarantee Mechanism for UMTS UMTS的端到端QoS体系结构与保证机制
- And end-to-end QoS includes two respects: networks QoS and end-system QoS. With the growth of E-commerce and the increase of HTTP requests, the phenomena of congestion and queueing are more and more serious. 电子商务应用的日益发展和HTTP请求的指数性增长造成Web服务器中的拥塞和排队现象越来越严重，仅靠网络QoS机制不可能完全解决端到端的QoS控制问题。
