Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Generalized processor sharing (GPS) is the basis for the packet scheduler of choice in IP routers and ATM switches of the future. The currently accepted approach for the design of GPS schedulers is based on deterministic QoS guarantees, which, it is generally accepted, is overly conservative and leads to limitations on capacity.  develop a framework for GPS scheduling which is based on statistical QoS guarantees and statistical multiplexing.  give the design of GPS ights which maximize the coverage of operating points, and also the design of the connection admission control (CAC). The general framework is end-to-end, with two heterogeneous QoS classes coexisting with a third, best effort class. Each QoS class has a specified delay bound together with a bound on the probability of its violation. An important objective is to maximize the bandwidth available to best effort traffic, while just satisfying the guarantees of the QoS classes. To this end,  consider output regulated GPS scheduling, which limits each connection's share of the bandwidth to a designed value. The sources are subject to standard dual leaky bucket regulation. For the design of the GPS ights  give procedures based on two key concepts, the realizable set and the critical ights. The realizable set is the union of all admissible sets of connections of both classes over all ights. One of the main contributions is a pragmatic design process by which most of the realizable set is realized by only two critical ights. The numerical results show that there are substantial capacity gains from statistical multiplexing.
['Anwar Elwalid', 'D. Mitro']
I am writing a research paper on a idea Design of generalized processor sharing schedulers which statistically multiplex heterogeneous QoS classes
[{"from": "human", "value": "I am writing a research paper on a idea Design of generalized processor sharing schedulers which statistically multiplex heterogeneous QoS classes"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Generalized processor sharing (GPS) is the basis for the packet scheduler of choice in IP routers and ATM switches of the future. The currently accepted approach for the design of GPS schedulers is based on deterministic QoS guarantees, which, it is generally accepted, is overly conservative and leads to limitations on capacity.  develop a framework for GPS scheduling which is based on statistical QoS guarantees and statistical multiplexing.  give the design of GPS ights which maximize the coverage of operating points, and also the design of the connection admission control (CAC). The general framework is end-to-end, with two heterogeneous QoS classes coexisting with a third, best effort class. Each QoS class has a specified delay bound together with a bound on the probability of its violation. An important objective is to maximize the bandwidth available to best effort traffic, while just satisfying the guarantees of the QoS classes. To this end,  consider output regulated GPS scheduling, which limits each connection's share of the bandwidth to a designed value. The sources are subject to standard dual leaky bucket regulation. For the design of the GPS ights  give procedures based on two key concepts, the realizable set and the critical ights. The realizable set is the union of all admissible sets of connections of both classes over all ights. One of the main contributions is a pragmatic design process by which most of the realizable set is realized by only two critical ights. The numerical results show that there are substantial capacity gains from statistical multiplexing."}]