Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Size-based (SB) scheduling policies have been shown to improve response times of small flows, without degrading the performance of large flows. But these differentiating policies are designed for Output-queued switch architecture, which is known to have scalability issues. On the other hand, the buffered-crossbar (BX) switch architecture is currently being pursued as a potential next-generation scalable switch architecture. This work looks into the problem of performing SB scheduling in BX switches. In particular, the design goals, w.r.t each output port, are (i) to transmit high-priority packet(s) as long as there is at least one present, and (ii) to respect the FIFO order among high-priority packets. In this direction,  propose to use PIFO queue at each crosspoint of a CICQ switch. The initial design presented as pCICQ-1 switch is simple and guarantees that packet-priorities are respected once they are in the crosspoint queues. But it does not maintain the FIFO order of high-priority packets, besides letting a bounded number low-priority packets to depart through an output, when there are one or more high-priority packets for the same output. To solve this,  propose an enhancement, as pCICQ-2 switch, that achieves both the design goals.
['Dinil Mon Divakaran', 'Fabienne Anhalt', 'Eitan Altman', 'Pascale Vicat-Blanc Primet']
I am writing a research paper on a idea Size-based flow scheduling in a CICQ switch
[{"from": "human", "value": "I am writing a research paper on a idea Size-based flow scheduling in a CICQ switch"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Size-based (SB) scheduling policies have been shown to improve response times of small flows, without degrading the performance of large flows. But these differentiating policies are designed for Output-queued switch architecture, which is known to have scalability issues. On the other hand, the buffered-crossbar (BX) switch architecture is currently being pursued as a potential next-generation scalable switch architecture. This work looks into the problem of performing SB scheduling in BX switches. In particular, the design goals, w.r.t each output port, are (i) to transmit high-priority packet(s) as long as there is at least one present, and (ii) to respect the FIFO order among high-priority packets. In this direction,  propose to use PIFO queue at each crosspoint of a CICQ switch. The initial design presented as pCICQ-1 switch is simple and guarantees that packet-priorities are respected once they are in the crosspoint queues. But it does not maintain the FIFO order of high-priority packets, besides letting a bounded number low-priority packets to depart through an output, when there are one or more high-priority packets for the same output. To solve this,  propose an enhancement, as pCICQ-2 switch, that achieves both the design goals."}]