… Thus, they did not address round-robin-like algorithm design for dynamic flows over wireless
… the setting of dynamic flows, where each flow independently experiences channel fading. …

… Chapter 6 discusses the practical implications of this research, more' thoroughly compares
the round robin method with the fair flow control strategies mentioned in Section 1.1, and …

… this paper puts forward a new dynamic round-robin packet scheduling algorithm of high
efficiency … to show the number of data flows that need to access in a round, this paper introduce a …

… length of each flow and calculates the weights for packets transferring within multiple flows.
Still… These algorithms are good algorithms for controlling flow for fair scheduling among flows, …

… Round Robin is considered the most widely used scheduling algorithm in CPU scheduling
[8, 9], also used for flow passing scheduling through a network device [1]. CPU Scheduling is …

… a flow only if the packet size at the head of the flow queue is less than the sum of DC and
the quantum value; otherwise, the scheduler begins serving the next flow in the roundrobin …

… The round-robin schedulers for the various links are uncoordinated. In order to prevent …
flow control is also employed. The principal contribution of this paper is a proof that round-robin …

… complexity due to their “round-robin” nature. Hence, roundrobin based schedulers are suitable
… We leave the delay analysis when flows dynamically join and leave for further research. …

… In summary, directly applying round-robin algorithms on flows’ dominant resources fails to
… see that MR3 quickly adapts to traffic dynamics, leading to nearly perfect DRF across flows. …

… adjust dynamically, which means break period of the flows. … all the flows that lost bandwidth
previously in round robin. The … flow and queue is the same with DRR, which hash the flows to …