计算机科学 ›› 2014, Vol. 41 ›› Issue (5): 164-167.doi: 10.11896/j.issn.1002-137X.2014.05.034
王则林,吴志健,尹兰,邓长寿
WANG Ze-lin,WU Zhi-jian,YIN Lan and DENG Chang-shou
摘要: 包匹配是防火墙、路由器等设备中重要的研究焦点,它的速度直接影响着设备的性能。根据当前群的样本信息,把信息熵和直方图的理念引入当前群的信息统计,进而运用这些信息去动态调整化学反应的元启发式算法的相关参数。首次从当前群样本的角度,而不是假设全体样本的分布去分析问题。从实验结果看,其达到了很好的预期效果。基于化学反应的元启发式智能算法由于参数的动态调整,包匹配的规模和性能之间的联系更弱,从而使此智能算法更适合包匹配。
[1] Warkhede P,Suri S,Varghese G.fast packet classification fortwo-dimensional conflict-free filters[C]∥Proceedings of IEEE,INFOCOM,Twentieth Annual Joint Conference of the IEEE Computer and Communications Societies.Alaska:IEEEE,2001:1434-1443 [2] Gupta P,McKeown N.Algorithms for packet classification [J].IEEE Network,2001,15(2):24-32 [3] Srinivasan V,Varghese G,Suri S,et al.Fast and scalable layer four switching[C]∥Computer Communication Review.Vancouver:ACM SIGCOMM,1998:191-202[5]Buddhikot M M,Suri S,Waldvogel M.Space decompositiontechniques for fast layer-4switching[C]∥Proc of Conf On Protocols for High speed Networks.Salem:IEEE,1999:25-41 [4] Feldman A,Muthukrishnan S.Tradeoffs for packet classification[C]∥Proceedings of INFOCOMM,March.Aviv,Israel:IEEE,2000:1193-1202 [5] Buddhikot M M,Suri S,Waldvogel M.Space decompositiontechniques for fast layer-4switching[C]∥Proc of Conf On Protocols for High speed Networks.Salem:IEEE,1999:25-41[4]Feldman A,Muthukrishnan S.Tradeoffs for packet classification[C]∥Proceedings of INFOCOMM,March.Aviv,Israel:IEEE,2000:1193-1202[5]Gupta P,McKeown N.Packet classification using hierarchicalintelligent cuttings[J].IEEE Micro,2000,20(1):34-41 [6] Singh S,Baboescu F,Varghese G,et al.Packet classification using multi-dimensional cutting[C]∥Proceedings of The 2003Conference on Applications,technologies,Architectures,and Protocols for Computer Communications.Karlsruhe:ACM SIGCOMM,2003:213-224 [7] Gupta P,Mckeown N.Packet classification on multiple fields[C]∥Proc SIGCOMM,Computer Communication Review.Massachusetts:ACM SIGCOMM,1999:147-160 [8] van Lunteren J,Engbersen A P J.Multi-field packet classification using ternary CAM[J].Electronics Letters,2002,38(1):21-23 [9] 李维,刘斌,郗颖,等.基于多域并行编码的高速IPV6流分类[J].电子学报,2007,5(5):976-981 [10] Sreelaja N K,Pai G A V.Ant colony optimization based approach for efficient packet filtering in firewall[J].Applied Soft Computing,2010,10(4):1222-1236 [11] Wang Ze-lin,Wu Zhi-jian,Zhang Bu-zhong.Packet matching algorithm based on improving differential evolution[J].Wuhan University journal of natural sciences,2012,7(5):447-453 [12] 王则林,吴志健.IPV6环境下的高维大规模包匹配算法[J].电子学报,2013,41(11):2181-2186 [13] Brest J,Member.IEEE.Self-Adapting Control Parameters inDifferential Evolution:A Comparative Study on Numerical Benchmark Problems[J].IEEE Transactions on Evoloutionary Computation,2006,10(6):646-657 [14] Yang Z,He J,Yao X.Making a Difference to Differential Evolution,in Advances in Metaheuristics for Hard Optimization[C]∥New York:Springer-Verlag,2007:415-432 [15] Wang C M,Huang Y F.Self-adaptive harmony search algorithm for optimization[J].Expert Syst Appl,2010,37(4):2826-2837 [16] Bingul Z,Sekmen A,Zein-Sabatto S.Adaptive genetic algo-rithms applied to dynamic multi-objective problems[C]∥ Dagli C H,Buczak A L,Ghosh J,eds. Proc.Artificial Neural Networks Engineering Conf.,Newyork,2000:273-278 [17] Lam A Y S,Li V O K.Chemical-reaction-inspired metaheuristic for optimization[J].IEEE Transactions on Evolutionary Computation,2010,4(3):381-339 |
No related articles found! |
|