B. Li, W. Kalter, and K. Nahrstedt. A Hierarchical Quality of Service Control Architecture for Configurable Multimedia Applications. Journal of High Speed Networks, Special Issue on Management of Multimedia Networking IOS Press, 2001. Home/Search Document Details and Download
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STUDIA UNIV. BABES--BOLYAI, INFORMATICA, Volume XLVIII.. - Scalable Platform For (2003) (Correct)
....depending on the dynamic modification of the loading of the system. This hierarchical structure will be created according to the requirements of the infrastructure, but it will not be physically related to it. Unlike the models in which the controllers are to be distributed in the network nodes[9], the suggested system will be distributed depending on the load and the capacity of the resources, providing thus the scalability of the system. It will allow a best response time for the system, even if the interconnection system varies dynamically. 3.1. Active objects. Considering the ....
B. Li, W. Kalter, K. Nahrstedt. A Hierarchical Quality of Service Control Architecture for Configurable Multimedia Applications. in Journal of High-Speed Networks, Special Issue on QoS for Multimedia on the Internet, IOS Press, Vol. 9, pp. 153--174, 2000. Petru Maior University T argu-Mures, Romania, 1, Nicolae Iorga St., 4300 T arguMures, Romania 40-265-211838 E-mail address: phaller@upm.ro
An XML-based Quality of Service Enabling Language for.. - Gu, Nahrstedt, Yuan.. (2001) (6 citations) Self-citation (Nahrstedt) (Correct)
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B. Li, W. Kalter, and K. Nahrstedt. A Hierarchical Quality of Service Control Architecture for Configurable Multimedia Applications. Journal of High Speed Networks, Special Issue on Management of Multimedia Networking IOS Press, 2001.
An XML-based Quality of Service Enabling Language for.. - Gu, Nahrstedt, Yuan.. (2001) (6 citations) Self-citation (Nahrstedt) (Correct)
....in these cases, we utilize resource probing and profiling techniques with the optimistic assumption that the probing result is the minimum resource requirements for instantiating an application configuration. The probing and profiling services are based on the distributed probing protocol [28] [43] Based on the application level QoS specifications of an application configuration, the QoS compiler collaborates with the distributed runtime systems to dynamically download, start, and stop an application configuration in a distributed lightly loaded environment. The system resource ....
....an application configuration in a distributed lightly loaded environment. The system resource requirements (e.g. different threshold values) are discovered and predicted by multiple resource brokers, notably cpu, network bandwidth and power. A hierarchical QoS probing algorithm has been given in [28]. 4 HQML Executor In this section, we introduce the HQML executor module, which translates the HQML specifications into desired data structures and cooperates with the QoS Proxies to provide QoS enabled distributed Web multimedia applications. Figure 16 illustrates the overall architecture of the ....
B. Li, W. Kalter, and K. Nahrstedt. A Hierarchical Quality of Service Control Architecture for Configurable Multimedia Applications. Journal of High Speed Networks, Special Issue on Management of Multimedia Networking IOS Press, 2001.
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