〔1〕ELLIOTT C. GENI: Opening up new classes of experiments
in global networking〔J〕. IEEE Internet Computing,2010,
14(1):39-42.
〔2〕左青云,陈鸣,赵广松,等. 基于OpenFlow的SDN技术研
究〔J〕.软件学报,2013,24(5):1078-1097.
〔3〕MCKEOWN N,ANDERSON T,BALAKRISHNAN H,et al.
OpenFLow: Enabling innovation in campus network〔J〕.
ACM SIGCOMM Computer Communication Review,2008,
38(2): 69-74.
〔4〕SIMEONIDOU D,NEJABATI R,AZODOLMOLKY S. En?
abling the future optical Internet with OpenFlow: a para?
digm shift in providing intelligent optical network servic?
es〔C〕/Proc of the 13th IEEE International Conference on
Transparent Optical Networks. 2011: 1-4.
〔5〕CAI Z,COX A L,EUGENE T S. Maestro: a system for scal?
able OpenFlow control,Technical Report TR10- 08〔D〕.
Houston: Rice University,2010.
〔6〕俞淑妍,丁健,刘江,等. 校园级SDN创新实验平台的研
究与实践〔J〕. 信息通信技术,2014(1):30-35.
〔7〕SHERWOOD R,GIBB G,YAP K,et al. FlowVisor:a net?
work virtualization layer〔R〕. 2009.
〔8〕FARIAS F N ,SALVATTI J,CERQUEIRA E C,et al. A
proposal management of the legacy network environment us?
ing OpenFlow control plane〔C〕/ Proc of NetWork Opera?
tions and Management Symposium. 2012: 1143-1150.
〔9〕MIN S,KIM S,LEE J,et al. Implementation of an Open?
Flow network virtualization for multi- controller environ?
ment〔C〕/Proc of the 14th International Conference on
Advanced Communication Technology. 2012: 589-592.
〔10〕杨明华,陈聪,郑建群,等. 安全可靠的SDN 技术研
究〔J〕. 信息安全与技术,2014(8):51-54.
〔11〕刘江,赵钦,黄韬,等. 北京邮电大学:构建SDN校园网
络创新环境〔J〕. 中国教育网络,2013(8):28-30.
〔12〕毕军.域间SDN互联网技术WE-Bridge及其实验床的研
究进展〔J〕. 电信科学,2014(8):28-32.
〔13〕朱明明,夏寅贲,徐小飞.基于SDN的数据中心网络研
究〔J〕. 邮电设计技术,2014(3):23-29.
〔14〕王丽君,刘永强. 基于OpenFlow的未来互联网实验技术
研究〔J〕. 电信网技术,2011(6): 1-4.
〔15〕蒋培成,陈鸣,李兵. OpenFlow 软交换机的性能测
量〔J〕. 重庆邮电大学学报,2013,25(1): 24-29.