| C.-N. Chuah, "A scalable framework for IP-network resource provisioning through aggregation and hierarchical control," Ph.D. dissertation, Univ. California at Berkeley, Berkeley, CA, 2001. |
....the PA with a confirmation message. The PA then notifies the CH that the requested service is available. 3. 2 Operational Scenario and Service Extension Figure 3 illustrates the layout of a hypothetical inter domain QoS on demand service architecture derived from the ICEBERG Clearing House [5] concept. We attempt to show how dynamic extension of QoS on demand can be set up from a static confederation of Autonomous Systems. Figure 3 also depicts the DEEPSEA service extension mechanism (shown with the dotted lines) and additional required node entities (shown with the grey node shading) ....
....through EG b. LCP ew etwork Domain EG j. CN Correspondent Node Figure 3 Hypothetical Inter domain QoS on demand Service Architecture . The LCP has four major responsibilities, namely, admission control, traffic monitoring, traffic policing and inter domain traffic aggregation prediction [5]. Three different types of administrative domains are involved. They are the Source Home Network domain, the intermediate ISP administrative domains and the Sink Visiting Network domain. All administrative domains are part of the confederation of network domains that provide QoS ondemand. ....
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C.-N. Chuah, "A Scalable Framework for IP-Network Resource Provisioning through Aggregation and Hierarchical Control," PHD Dissertation, University of California Berkeley, 2001.
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C.-N. Chuah, "A scalable framework for IP-network resource provisioning through aggregation and hierarchical control," Ph.D. dissertation, Univ. California at Berkeley, Berkeley, CA, 2001.
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