Automata 2008: Bristol, UK

• Nick Owens, Susan Stepney:
  Investigations of Game of Life cellular automata rules on Penrose Tilings: lifetime and ash statistics. 1-35
  
• Maurice Margenstern, Yu Song:
  A new universal cellular automaton on the pentagrid. 36-54
  
• Edward J. Powley, Susan Stepney:
  Automorphisms of transition graphs for a linear cellular automaton. 55-69
  
• Burton Voorhees:
  The discrete Baker transformation. 70-71
  
• Ramón Alonso-Sanz, Larry Bull:
  Elementary coupled cellular automata with memory. 72-99
  
• Ville Lukkarila:
  On undecidability of sensitivity of reversible cellular automata. 100-105
  
• Kenichi Morita:
  A 24-state universal one-dimensional reversible cellular automaton. 106-113
  
• Juan Carlos Seck Tuoh Mora, Manuel González Hernández, Harold V. McIntosh, Sergio V. Chapa Vergara:
  Construction of reversible cellular automata by amalgamations and permutations of states. 114-125
  
• Andrew Wuensche:
  Encryption using cellular automata chain-rules. 126-138
  
• Gina M. B. Oliveira, Heverton B. Macêdo, Augusto A. B. Branquinho, Marcelo J. L. Lima:
  A cryptographic model based on the pre-image calculus of cellular automata. 139-155
  
• Angelo Schranko, Paulo E. Florencio, Rogério M. Ywassa, Pedro P. B. de Oliveira:
  A definition of conservation degree for one-dimensional cellular automata rules. 156-173
  
• Hiroshi Umeo, Naoki Kamikawa, Jean-Baptiste Yunès:
  A family of smallest symmetrical four-state firing squad synchronization protocols for one-dimensional ring cellular automata. 174-186
  
• Emmanuel Sapin:
  New approach to search for gliders in cellular automata. 187-195
  
• Fumio Ohi:
  Chaotic properties of elementary cellular automaton rule 168 of Wolfram class I. 196-207
  
• Martin Kutrib, Andreas Malcher:
  Real-time reversible language recognition by cellular automata. 208-221
  
• Andreas Malcher, Carlo Mereghetti, Beatrice Palano:
  Recent results on iterative arrays with small space bounds. 222-227
  
• Marcus Komann, Dietmar Fey:
  Solving the problem of enforced restriction to few states while evolving cellular automata. 228-241
  
• Masaya Nohmi:
  Analysis of five-cell neighborhood linear cellular automaton. 242-252
  
• Matthias Schulz:
  How far is to the next recurrent configuration? An NP-complete problem in the sandpile model. 253-269
  
• Hidenosuke Nishio, Thomas Worsch:
  Changing the neighborhood of CA: local structure, equivalence and reversibility. 270-277
  
• Jia Lee, Ferdinand Peper:
  On Brownian cellular automata. 278-291
  
• Larry Bull, Ramón Alonso-Sanz:
  On coupling random Boolean networks. 292-305
  
• Thomas Worsch:
  Cellular automata with dynamically reconfigurable buses. 306-312
  
• David Dalrymple, Neil Gershenfeld, Kailiang Chen:
  Asynchronous logic automata. 313-322
  
• Luidnel Maignan, Frédéric Gruau:
  A 1D cellular automaton that moves particles until regular spatial placement. 323-338
  
• Takahiro Ito, Shuichi Inokuchi, Yoshihiro Mizoguchi:
  An abstract collision system. 339-355
  
• Genaro Juárez Martínez, Andrew Adamatzky, Harold V. McIntosh, Benjamin de Lacy Costello:
  Computation by competing patterns: Life rule B2/S2345678. 356-367
  
• Jaime Serquera, Eduardo R. Miranda:
  Cellular automata sound synthesis: from histograms to spectrograms. 368-380
  
• Olga L. Bandman:
  Mapping physical phenomena onto CA-models. 381-397
  
• Patrick Ediger, Rolf Hoffmann:
  Optimizing the creature's rule for all-to-all communication. 398-412
  
• Mitsuru Matsushima, Katsunobu Imai, Chuzo Iwamoto, Kenichi Morita:
  A Java based three-dimensional cellular automata simulator and its application to three-dimensional Larger than Life. 413-416
  
• Iztok Jeras:
  Solving cellular automata problems with SAGE/Python. 417-424
  
• Lynette van Zijl, Eugene Smal:
  Cellular automata with cell clustering. 425-441
  
• André Barbé:
  From cellular automata to a random artificial chemistry producing symmetric replicas. 442-452
  
• William R. Buckley:
  Signal crossing solutions in von Neumann self-replicating cellular automata. 453-503
  
• Martin Hülse, David Robert Wallace Barr, Piotr Dudek:
  Cellular automata and non-static image processing for embodied robot systems on a massively parallel processor array. 504-513
  
• Alexsandro Souza Mariano, Gina M. B. Oliveira:
  Evolving one-dimensional radius-2 cellular automata rules for the synchronization task. 514-526
  
• Anna T. Lawniczak, Bruno N. Di Stefano:
  Development of CA model of highway traffic. 527-541
  
• Stefania Bandini, Sara Manzoni, Leonardo Vanneschi:
  Evolving robust cellular automata rules with genetic programming. 542-556
  
• Michael Duane Archer:
  A simple cellular automata model for FX market forecasting. 557-572
  
• Anna T. Lawniczak, Hao Wu, Bruno N. Di Stefano:
  DDoS attack detection using entropy of packet traffic in CA like data communication network model. 573-585
  
• Danuta Makowiec:
  On modeling of the heart pacemaker by cellular automata - topology issue. 586-600
  
• Graeme J. Pettet, Colin P. Please, Ricardo L. Colasanti, Rebecca A. Dawson, Jos Malda:
  A cellular automata simulation of calcium driven tissue differentiation in human skin equivalent models. 601-610
  

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