本文提出了一种新的资源预留协议——移动资源预留协议(HMRSVP)。
A resource reservation protocol called Hierarchical Mobile resource reservation protocol (HMRSVP) is proposed in this paper.
本文在分析资源预留协议的基础上，给出一种基于IP安全协议隧道协议的虚拟专用网服务质量的实现方案。
According to the analysis of resource reservation protocol (RSVP), this paper puts forward an implementation scheme to the QoS of VPN, which is implemented by IPSec tunneling protocol.
资源预留协议(RSVP)能够为IP网络建立和维护资源预留，但它是为固定网络设计的，不能满足移动环境的要求。
The Resource reservation Protocol (RSVP) can establish and maintain reservation for IP networks. However, RSVP is designed for fixed networks and hence inadequate for mobile environment.
由于传统的RSVP实现起来比较复杂，尤其是在初始建立阶段，因此需要一种简单易行的资源预留协议来克服其弱点。
RSVP is very complex to implement, especially at the initial stage . There is a real need of a more simple and easier resource reservation mechanism to overcome the complexity of RSVP.
本文针对蜂窝网络通信系统，提出了一种资源预留协议RSVP - C，该协议不仅支持主动资源预留，而且支持被动资源预留。
This paper proposed a protocol named RSVP-C, which aims at how to reserve resources for mobile cellular networks. This protocol can establish both active and passive resource reservation route.
该协议通过为反向ack数据包提供资源预留以提高TCP性能。
The Bi - RSVP provides resource reservation for ack packets to improve TCP performance.
以往人们对OBS网络的研究大多专注在网络的资源预留调度、突发汇聚、信令协议定义和性能分析上，少有网络故障管理。
Past research work about OBS network has mostly focused on reservation scheduling, burst assembling, signaling protocol definition and performance analysis, but few on network fault management.
其中RTP协议负责数据传输，RTCP协议负责提供数据传输质量反馈，RSVP协议用于资源预留，以保证网络服务质量，RTSP协议则提供数据传输的远端控制。
RTP transmit data, and RTCP provide feedback of data transmission quality. RSVP can reserve network bandwidth to guarantee quality of service. RTSP remotely control data transmission.
其中RTP协议负责数据传输，RTCP协议负责提供数据传输质量反馈，RSVP协议用于资源预留，以保证网络服务质量，RTSP协议则提供数据传输的远端控制。
RTP transmit data, and RTCP provide feedback of data transmission quality. RSVP can reserve network bandwidth to guarantee quality of service. RTSP remotely control data transmission.
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