Chinese Optics Letters, 2009, 7 (5): 05377, Published Online: May. 22, 2009
Design of assembly control algorithm based on burst-size feedback for optical burst switching network
汇聚算法 光突发交换 自适应控制 060.4259 Networks, packet-switched 060.4253 Networks, circuit-switched 060.6719 Switching, packet 060.6718 Switching, circuit
Abstract
A novel assembly control algorithm named burst-size feedback adaptive assembly period (BFAAP) is proposed. The major difference between BFAAP and other similar adaptive assembly algorithms is that the control curve of BFAAP is dynamically adjusted according to the feedback of outgoing burst size. BFAAP is compared with two typical algorithms fixed assembly period (FAP) and min-burst length max-assembly period (MBMAP) in simulation in terms of burst size distribution and assembly period. Moreover, the transmission control protocol (TCP) performance over BFAAP is also considered and simulated.
Minglei Fu, Zichun Le. Design of assembly control algorithm based on burst-size feedback for optical burst switching network[J]. Chinese Optics Letters, 2009, 7(5): 05377.