6. EPEW 2009: London, UK

• Gianfranco Balbo, Massimiliano De Pierro, Giuliana Franceschinis:
  Tagged Generalized Stochastic Petri Nets. 1-15
  
• Abigail S. Lebrecht, Nicholas J. Dingle, William J. Knottenbelt:
  Modelling Zoned RAID Systems Using Fork-Join Queueing Simulation. 16-29
  
• Erol Gelenbe, László Györfi:
  Performance of Auctions and Sealed Bids. 30-43
  
• Francesco Longo, Marco Scarpa:
  Applying Symbolic Techniques to the Representation of Non-Markovian Models with Continuous PH Distributions. 44-58
  
• Nigel Thomas, Yishi Zhao:
  Mean Value Analysis for a Class of PEPA Models. 59-72
  
• Connie U. Smith, Catalina M. Lladó, Ramón Puigjaner:
  Automatic Generation of Performance Analysis Results: Requirements and Demonstration. 73-78
  
• Maciej Stasiak, Janusz Wiewióra, Piotr Zwierzykowski, Damian Parniewicz:
  Analytical Model of Traffic Compression in the UMTS Network. 79-93
  
• Leïla Kloul:
  From DFTs to PEPA: A Model-to-Model Transformation. 94-109
  
• Allan Clark, Adam Duguid, Stephen Gilmore:
  Passage-End Analysis. 110-115
  
• Hind Castel-Taleb, Nihal Pekergin:
  Stochastic Monotonicity in Queueing Networks. 116-130
  
• Huqiu Zhang, Aad P. A. van Moorsel:
  Fast Generation of Scale Free Networks with Directed Arcs. 131-148
  
• Uli Harder, Fernando Martínez Ortuño:
  A More Realistic Peer-to-Peer Grid Market Model. 149-154
  
• Ricardo Lent:
  Migrating Auctioneers on Internet Auctions for Improved Utility and Performance. 155-169
  
• Maciej Stasiak, Piotr Zwierzykowski, Damian Parniewicz:
  Analytical Model of the Soft Handoff Mechanism in the UMTS Network. 170-182
  
• Nimbe L. Ewald, Andrew H. Kemp:
  Analytical Model of TCP NewReno through a CTMC. 183-196
  
• Yury Audzevich, Levente Bodrog, Yoram Ofek, Miklós Telek:
  Packet Loss Analysis of Load-Balancing Switch with ON/OFF Input Processes. 197-211
  
• Omer H. Abdelrahman, Erol Gelenbe:
  Approximate Analysis of a Round Robin Scheduling Scheme for Network Coding. 212-217
  
• Marco Gribaudo:
  Analysis of Large Populations of Interacting Objects with Mean Field and Markovian Agents. 218-219