基于传输路径的RANDP部署策略(TPBDS)

Transfer-path-based Deployment Strategy (TPBDS)

设计了支持RSVP协议动态部署的RSVP主动网络部署包(RANDP)及其封装格式,提出了两种RANDP包的部署策略,即点到点的部署策略EEDS和基于传输路径的RANDP部署策略TPBDS。对两种RANDP包部署策略的带宽消耗做了定量分析。分析表明,一般情况下,在RSVP协议部署过程中,采用TPBDS策略比采用EEDS策略要节省带宽。

In this paper, the RSVP active network deployment packet (RANDP) supporting RSVP dynamical deployment and its encapsulation format are designed. Two RANDP deployment strategies, i.e., the end-to end deployment strategy (BEDS) and the transfer-path-based deployment strategy (TPBDS), are proposed. The bandwidth consumption of these two strategies in RSVP deployment is analyzed quantitatively. A comparison shows that in general case TPBDS consumes less bandwidth than BEDS during the RSVP protocol deployment.