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在ＩＮＴＥＲＮＥＴ上应用ＲＳＶＰ时，新增通信量和时空开销问题是ＲＳＶＰ研究的关键问题之一．文中提出了利用ＲＳＶＰ隧道和ＱｏＳ请求聚合体解决此问题的方案，核心内容是：ＱｏＳ请求聚合体代表多个具有指定特征的ＲＳＶＰ会话消息，隧道段的路由器的ＲＳＶＰ模块对聚合体会话消息设置软状态而不理会构成聚合体的单个会话消息，构成聚合体的每一个ＲＳＶＰ会话消息被封装后以普通数据包形式通过隧道段．文中具体定义了ＲＳＶＰ隧道和ＱｏＳ请求聚合体，研究了它们的构造和不同类消息包的传递和处理．对比评价说明，利用此方案能高效实现基于ＲＳＶＰ的ＱｏＳ请求
When applying RSVP on INTERNET, the problem of new traffic and space-time overhead is one of the key issues in RSVP research. This paper proposes a solution to this problem by using RSVP tunnel and QoS request aggregator. The core contents are as follows: The QoS request aggregator represents a plurality of RSVP session messages with specified features, and the RSVP module of the tunnel segment router sets soft State regardless of the individual session messages that make up the aggregate. Each RSVP session message that constitutes the aggregate is encapsulated and passed through the tunnel segment as a normal packet. In this paper, RSVP tunnels and QoS request aggregates are defined in detail, and their construction and transmission and processing of different types of message packets are studied. Comparative evaluation shows that this solution can efficiently implement RSVP-based QoS requests