DRCN 2011: Krakow, Poland

Multilayer and Optical Networks

• Tachun Lin, Zhili Zhou, Krishnaiyan Thulasiraman:
  Logical topology survivability in IP-over-WDM networks: Survivable lightpath routing for maximum logical topology capacity and minimum spare capacity requirements. 1-8
  
• Mohammed L. Ali, Pin-Han Ho, Bin Wu, János Tapolcai, Basem Shihada:
  Monitoring burst (M-burst) - A novel framework of failure localization in all-optical mesh networks. 9-16
  
• Iyad Katib, Deep Medhi:
  A network protection design model and a study of three-layer networks with IP/MPLS, OTN, and DWDM. 17-24
  

Resilience and Business

• Lukasz Mendyk:
  Customer experience driven Self-Organizing Network: Assuring that network management is aligned with business goals. 25-29
  
• Andrés J. Gonzalez, Bjarne E. Helvik:
  Guaranteeing service availability in SLAs on networks with non independent failures. 30-37
  
• Marc Ruiz, Luis Velasco, Jaume Comellas, Gabriel Junyent:
  Optical network net present value optimization in shared path protection environments. 38-45
  
• Loretta Mastroeni, Maurizio Naldi:
  Network protection through insurance: Premium computation for the ON-OFF service model. 46-53
  

Resilience Optimization

• Arie M. C. A. Koster, Manuel Kutschka:
  An integrated model for survivable network design under demand uncertainty. 54-61
  
• Gábor Rétvári, Levente Csikor, János Tapolcai, Gábor Enyedi, András Császár:
  Optimizing IGP link costs for improving IP-level resilience. 62-69
  
• Ahmed Zaky Kasem, John Doucette:
  Incremental optical network topology optimization using meta-mesh span restoration. 70-77
  

Vulnerability Analysis

• Shi Xiao, Gaoxi Xiao:
  Effects of node protections against intentional attack in complex communication networks. 78-85
  
• Éric Gourdin, Jasmina Omic, Piet Van Mieghem:
  Optimization of network protection against virus spread. 86-93
  
• Jasmina Bigdeli, Ali Tizghadam, Alberto Leon-Garcia:
  On capacity planning for minimum vulnerability. 94-101
  

Protection Design

• Masakazu Sato, Hiroshi Hasegawa, Ken-ichi Sato:
  Efficient iterative design algorithm for enhancing resource utilization of shared protected optical path networks. 102-109
  
• Péter Balázs Soproni, Péter Babarczi, János Tapolcai, Tibor Cinkler, Pin-Han Ho:
  A meta-heuristic approach for non-bifurcated dedicated protection in WDM optical networks. 110-117
  
• Victor Yu Liu, David Tipper:
  Spare capacity allocation using shared backup path protection for dual link failures. 118-125
  

Mobile and Wireless Networks

• Jakub Zaluski-Kapusta:
  Optimisation of network planning processes as the key solution for increasing efficiency. 126-131
  
• Eirik Larsen Følstad, Bjarne E. Helvik:
  Failures and changes in cellular access networks; A study of field data. 132-139
  
• Abdul Jabbar, Hemanth Narra, James P. G. Sterbenz:
  An approach to quantifying resilience in mobile ad hoc networks. 140-147
  
• Pakpoom Hoyingcharoen, Wiklom Teerapabkajorndet:
  Fault tolerant sensor placement optimization with minimum detection probability guaranteed. 148-155
  

Improving IP Network Robustness

• David Hock, Matthias Hartmann, Tim Neubert, Michael Menth:
  Loop-free convergence using ordered FIB updates: Analysis and routing optimization. 156-163
  
• Sachin Sharma, Dimitri Staessens, Didier Colle, Mario Pickavet, Piet Demeester:
  Enabling fast failure recovery in OpenFlow networks. 164-171
  
• Yue Yu, Michael Fry, Alberto E. Schaeffer Filho, Paul Smith, David Hutchison:
  An adaptive approach to network resilience: Evolving challenge detection and mitigation. 172-179
  

Shared Risk Link Groups

• Dahai Xu, Guangzhi Li, Byrav Ramamurthy, Angela L. Chiu, Dongmei Wang, Robert D. Doverspike:
  SRLG-diverse routing of multiple circuits in a heterogeneous optical transport network. 180-187
  
• Péter Babarczi, János Tapolcai, Pin-Han Ho:
  SRLG failure localization with monitoring trails in all-optical mesh networks. 188-195
  
• Teresa Gomes, José Silva, José M. F. Craveirinha, Carlos Simoes:
  SRLG failure-disjoint path pair of min-sum cost in GMPLS networks. 196-203
  

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