[1] Xiong Q X, Feng J X. Packet Scheduling based on Matrix Decomposition in Optical Switches[J]. Journal on Communications, 27, 80-86(2006).

[2] Xiong Q X. Research on Packet Scheduling in Input-queued Switches[J]. Journal on Communications, 26, 118-129(2005).

[3] Chen B W, Wang Y H, Chen Qi et al. Optimized Network Cost Approaches of Virtual Optical Network Mapping based on Mixed Line Rate[J]. Study on Optical Communications, 1-8(2022).

[4] Kim D U, Han K E, Song J et al. Photonic Frame based Packet Switching Optical Network[C], 8535297(2018).

[5] Song J, Han K E, Kim D U et al. Scheduling Algorithm for All-optical Switch under Non-uniform Traffic Condition[C], w2a.27(2018).

[6] Miao W, Luo J, Di Lucente S et al. Novel Flat Datacenter Network Architecture based on Scalable and Flow-controlled Optical Switch System[J]. Optics Express, 22, 2465-2472(2014).

[7] Kumar G, Dukkipati N, Jang K et al. Swift: Delay is Simple and Effective for Congestion Control in the Datacenter[C], 514-528(2020).

[8] Wang L K, Ye T, Lee T T et al. A Parallel Complex Coloring Algorithm for Scheduling of Input-Queued Switches[J]. IEEE Transactions on Parallel and Distributed Systems, 29, 1456-1468(2018).

[9] Yan F, Xie C, Calabretta N. Traffic Rate Matrix Decomposition Based Conflict Free Scheduling for a Fast Optical Switching Network[C], W1E.4(2021).

[10] Deng L, Wong W S, Chen P N et al. Delay-constrained Input-Queued Switch[J]. IEEE Journal on Selected Areas in Communications, 36, 2464-2474(2018).

[11] Li Y L, Miao R, Liu H Q. HPCC: High Precision Congestion Control[C], 44-58(2019).

[12] Ma S Q. Research on Traffic Scheduling Algorithm of Optical Interconnection Network in Data Center[D](2020).

[13] Chang C S, Chen W J, Huang H Y. On Service Guarantees for Input-buffered Crossbar Switches: a Capacity Decomposition Approach by Birkhoff and von Neumann[C], 766481(1999).

[14] Zhang J H, Ye T, Lee T T et al. Birkhoff-von-Neumann Switches with Deflection-compensated Mechanism[DB/OL]. http://arxiv.org/abs/1308.4280