Cellular automata. 6th international conference on cellular automata for research and industry, ACRI 2004, Amsterdam, The Netherlands, October 25--27, 2004. Proceedings. (Q1780860)

The articles of this volume will be reviewed individually. The preceding conference has been reviewed (see Zbl 1001.00039). Indexed articles: \textit{Rossier, Joël; Petraglio, Enrico; Stauffer, André; Tempesti, Gianluca}, Tom thumb algorithm and von Neumann universal constructor, 1-10 [Zbl 1116.68526] \textit{Alonso-Sanz, Ramón; Martín, Margarita}, Elementary probabilistic cellular automata with memory in cells, 11-20 [Zbl 1116.68500] \textit{Takada, Yousuke; Isokawa, Teijiro; Peper, Ferdinand; Matsui, Nobuyuki}, Universal construction on self-timed cellular automata, 21-30 [Zbl 1116.68532] \textit{Cho, Sung-Jin; Choi, Un-Sook; Hwang, Yoon-Hee; Kim, Han-Doo; Pyo, Yong-Soo; Kim, Kwang-Seok; Heo, Seong-Hun}, Computing phase shifts of maximum-length 90/150 cellular automata sequences, 31-39 [Zbl 1116.68506] \textit{Maji, Pradipta; Sikdar, Biplab K.; Chaudhuri, P. Pal}, Cellular automata evolution for distributed data mining, 40-49 [Zbl 1116.68571] \textit{Umeo, Hiroshi; Hisaoka, Masaya; Sogabe, Takashi}, A comparative study of optimum-time synchronization algorithms for one-dimensional cellular automata -- a survey, 50-60 [Zbl 1116.68535] \textit{Ganguly, Niloy; Deutsch, Andreas}, A cellular automaton model for an immune-derived search algorithm, 61-70 [Zbl 1116.68332] \textit{Chopard, Bastien; Tomassini, Marco}, Randomized computation with cellular automata, 71-80 [Zbl 1116.68507] \textit{Wu, Pengfei; Wu, Xiuping; Wainer, Gabriel}, Applying Cell-DEVS in 3D free-form shape modeling, 81-90 [Zbl 1116.68654] \textit{Adachi, Susumu; Peper, Ferdinand; Lee, Jia}, Universality of hexagonal asynchronous totalistic cellular automata, 91-100 [Zbl 1116.68499] \textit{Walter, Richard; Worsch, Thomas}, Efficient simulation of CA with few activities, 101-110 [Zbl 1116.68536] \textit{Fatès, Nazim; Morvan, Michel}, Perturbing the topology of the game of life increases its robustness to asynchrony, 111-120 [Zbl 1116.68511] \textit{Helvik, Torbjørn; Lindgren, Kristian; Nordahl, Mats G.}, Local information in one-dimensional cellular automata, 121-130 [Zbl 1116.68515] \textit{Kroc, Jiří}, Diffusion controlled cellular automaton performing mesh partitioning, 131-140 [Zbl 1116.68517] \textit{Makowiec, Danuta}, Cellular automata with majority rule on evolving network, 141-150 [Zbl 1116.68520] \textit{Suzudo, Tomoaki}, Searching for pattern-forming asynchronous cellular automata -- an evolutionary approach, 151-160 [Zbl 1116.68531] \textit{Salzberg, Chris; Sayama, Hiroki}, Heredity, complexity, and surprise: Embedded self-replication and evolution in CA, 161-171 [Zbl 1116.68527] \textit{Leskes, Boaz; Sloot, Peter M. A.}, Unlearning phenomena in co-evolution of non-uniform cellular automata, 172-181 [Zbl 1116.68518] \textit{Breukelaar, Ron; Bäck, Thomas}, Evolving transition rules for multi dimensional cellular automata, 182-191 [Zbl 1116.68502] \textit{Nishinari, Katsuhiro; Schadschneider, Andreas; Chowdhury, Debashish}, Traffic of ants on a trail: A stochastic modelling and zero range process, 192-201 [Zbl 1116.68524] \textit{Campari, Enrico G.; Levi, Giuseppe; Maniezzo, Vittorio}, Cellular automata and roundabout traffic simulation, 202-210 [Zbl 1116.68504] \textit{Narimatsu, Katsutoshi; Shiraishi, Toshihiko; Morishita, Shin}, Acquisition of local neighbor rules in the simulation of pedestrian flow by cellular automata, 211-219 [Zbl 1116.68522] \textit{Yamamoto, Kazuhiro}, Two-phase automaton for porous structure and combustion simulation, 220-229 [Zbl 1116.68537] \textit{Pla-Castells, Marta; García, I.; Martínez, R. J.}, Approximation of continuous media models for granular systems using cellular automata, 230-237 [Zbl 1116.68525] \textit{Spicher, Antoine; Michel, Olivier; Giavitto, Jean-Louis}, A topological framework for the specification and the simulation of discrete dynamical systems, 238-247 [Zbl 1116.68529] \textit{Calidonna, Claudia R.; Naddeo, Adele}, A basic qualitative CA based model of a frustrated linear Josephson junction array (JJA), 248-257 [Zbl 1116.68503] \textit{Shaw, Chandrama; Maji, Pradipta; Saha, Sourav; Sikdar, Biplab K.; Roy, S.; Chaudhuri, P. Pal}, Cellular automata based encompression technology for voice data, 258-267 [Zbl 1116.68528] \textit{Marchese, Fabio M.}, A MCA motion-planner for mobile robots with generic shapes and kinematics on variable terrains, 268-277 [Zbl 1116.68603] \textit{Guisado, J. L.; Jiménez-Morales, F.; Guerra, J. M.}, Simulation of the dynamics of pulsed pumped lasers based on cellular automata, 278-285 [Zbl 1116.78327] \textit{Gerisch, A.; Lawniczak, A. T.; Budiman, R. A.; Fukś, H.; Ruda, H. E.}, Surface roughening in homoepitaxial growth: A lattice gas cellular automaton model, 286-295 [Zbl 1116.82317] \textit{Boryczka, Urszula}, Ant colony system for JSP, 296-305 [Zbl 1116.90344] \textit{Zamora, René Rodríguez; Chapa Vergara, Sergio Víctor}, Using de Bruijn diagrams to analyze 1d cellular automata traffic models, 306-315 [Zbl 1116.68538] \textit{Kirkpatrick, Michael; Van Scoy, Frances}, Using cellular automata to determine bounds for measuring the efficiency of broadcast algorithms in highly mobile ad hoc networks, 316-324 [Zbl 1116.68344] \textit{Lawniczak, A. T.; Maxie, K. P.; Gerisch, A.}, From individual to collective behaviour in CA like models of data communication networks, 325-334 [Zbl 1116.68346] \textit{Burguillo-Rial, J. C.; González-Castaño, F. J.; Costa-Montenegro, E.; Vales-Alonso, J.}, Agent-driven resource optimization in user networks: A game theoretical approach, 335-344 [Zbl 1116.68323] \textit{Latt, Jonas; Courbebaisse, Guy; Chopard, Bastien; Falcone, Jean Luc}, Lattice Boltzmann modeling of injection moulding process, 345-354 [Zbl 1116.82318] \textit{Burbelko, Andriy; Fras, Edward; Kapturkiewicz, Wojciech; Olejnik, Ewa}, Cellular automata diffusion-kinetic model of dendritic growth, 355-364 [Zbl 1116.82330] \textit{De Gregorio, Paolo; Lawlor, Aonghus; Bradley, Phil; Dawson, Kenneth A.}, Cellular automata with rare events; resolution of an outstanding problem in the bootstrap percolation model, 365-374 [Zbl 1116.82327] \textit{Lasko, G. V.; Deryugin, Y. Y.; Schmauder, S.}, Plastic deformation development in polycrystals based on the cellular automata and relaxation element method, 375-384 [Zbl 1116.74335] \textit{Trunfio, Giuseppe A.}, Predicting wildfire spreading through a hexagonal cellular automata model, 385-394 [Zbl 1116.68534] \textit{Dunn, Adam; Milne, George}, Modelling wildfire dynamics via interacting automata, 395-404 [Zbl 1116.68510] \textit{Bagnoli, Franco; Guardiani, Carlo}, Sympatric speciation through assortative mating in a long-range cellular automaton, 405-414 [Zbl 1116.92318] \textit{Avolio, Maria Vittoria; Di Gregorio, Salvatore}, A cellular ``blocks'' model for large surface flows and applications to lava flows, 415-424 [Zbl 1116.86305] \textit{Merks, Roeland M. H.; Newman, Stuart A.; Glazier, James A.}, Cell-oriented modeling of in vitro capillary development, 425-434 [Zbl 1116.92308] \textit{Kozma, Robert; Puljic, Marko; Balister, Paul; Bollobas, Bela; Freeman, Walter J.}, Neuropercolation: A random cellular automata approach to spatio-temporal neurodynamics, 435-443 [Zbl 1116.92307] \textit{Ribba, B.; Alarcón, T.; Marron, K.; Maini, P. K.; Agur, Z.}, The use of hybrid cellular automaton models for improving cancer therapy, 444-453 [Zbl 1116.92314] \textit{Burns, John; Ruskin, Heather J.}, A stochastic model of the effector T cell lifecycle, 454-463 [Zbl 1116.92313] \textit{Dzwinel, Witold}, A cellular automata model of population infected by periodic plague, 464-473 [Zbl 1116.92321] \textit{Campbell, Alexander; Pham, Binh; Tian, Yu-Chu}, Mining ecological data with cellular automata, 474-483 [Zbl 1116.92323] \textit{Favier, Charly; Dubois, Marc A.}, Reconstructing forest savanna dynamics in Africa using a cellular automata model, FORSAT, 484-491 [Zbl 1116.92324] \textit{van der Post, Daniel J.; Hogeweg, Paulien}, Learning what to eat: Studying inter-relations between learning, grouping, and environmental conditions in an artificial world, 492-501 [Zbl 1116.92303] \textit{Mynett, Arthur; Chen, Qiuwen}, Cellular automata in ecological and ecohydraulics modelling, 502-512 [Zbl 1116.92325] \textit{Bagnoli, Franco; Franci, Fabio; Rechtman, Raúl}, Chaos in a simple cellular automaton model of a uniform society, 513-522 [Zbl 1116.91348] \textit{Dietzel, Charles; Clarke, Keith C.}, Replication of spatio-temporal land use patterns at three levels of aggregation by an urban cellular automata, 523-532 [Zbl 1116.91350] \textit{Semeria, A.; Villani, M.; Serra, R.; Kauffman, S. A.}, Perturbation in genetic regulatory networks: Simulation and experiments, 533-542 [Zbl 1116.92317] \textit{Chaturvedi, R.; Huang, C.; Izaguirre, J. A.; Newman, S. A.; Glazier, J. A.; Alber, M.}, A hybrid discrete-continuum model for 3-D skeletogenesis of the vertebrate limb, 543-552 [Zbl 1116.92304] \textit{Casal, Arancha; Sumen, Cenk; Reddy, Tim; Alber, Mark; Lee, Peter P.}, A cellular automata model of early T cell recognition, 553-560 [Zbl 1116.92309] \textit{Ben Youssef, Belgacem}, Simulation of cell population dynamics using 3-D cellular automata, 561-570 [Zbl 1116.92320] \textit{Peper, Ferdinand; Oiwa, Kazuhiro; Adachi, Susumu; Shingyoji, Chikako; Lee, Jia}, Synchronization of protein motors modeled by asynchronous cellular automata, 571-580 [Zbl 1116.92310] \textit{Gloor, Christian; Stucki, Pascal; Nagel, Kai}, Hybrid techniques for pedestrian simulations, 581-590 [Zbl 1116.68513] \textit{Bandini, Stefania; Manzoni, Sara; Naimzada, Ahmad; Pavesi, Giulio}, A CA approach to study complex dynamics in asset markets, 591-600 [Zbl 1116.91321] \textit{Aubé, François; Shield, Robert}, Modeling the effect of leadership on crowd flow dynamics, 601-611 [Zbl 1116.91351] \textit{Fúster-Sabater, Amparo; de la Guía-Martínez, Dolores}, Cellular automata application to the linearization of stream cipher generators, 612-621 [Zbl 1116.68512] \textit{Lapiana, Francesco; Bianchi, Giuliano; Rabino, Giovanni}, Agents in housing market. A model for Siena historical centre, 622-631 [Zbl 1116.91322] \textit{Nystrom, J. F.}, On the omni-directional emergence of form in computation, 632-641 [Zbl 1116.68662] \textit{Fu, Shih Ching; Milne, George}, A flexible automata model for disease simulation, 642-649 [Zbl 1116.92322] \textit{Xia, Zhengyou; Jiang, Yichuan}, A novel artificial life ecosystem environment model, 650-659 [Zbl 1116.92302] \textit{Maji, Pradipta; Sikdar, Biplab K.; Chaudhuri, P. Pal}, Cellular automata evolution for pattern classification, 660-669 [Zbl 1116.68585] \textit{Bomba, Jacek; Czopor, Julita; Rybaczuk, Marek}, Simulation and experimental investigation of two dimensional cracks propagation in ceramic materials, 670-677 [Zbl 1116.74415] \textit{Chelghoum, Kamel; Margenstern, Maurice; Martin, Benoît; Pecci, Isabelle}, Cellular automata in the hyperbolic plane: Proposal for a new environment, 678-687 [Zbl 1116.68505] \textit{Bandman, Olga}, Algebraic properties of cellular automata: The basis for composition technique, 688-697 [Zbl 1116.68501] \textit{Stauffer, André; Mange, Daniel; Petraglio, Enrico; Vannel, Fabien}, DSCA implementation of 3D self-replicating structures, 698-708 [Zbl 1116.68530] \textit{Asgari, Yazdan; Ghaemi, Mehrdad; Mahjani, Mohammad Ghasem}, Calculation of the critical point for two-layer Ising and Potts models using cellular automata, 709-718 [Zbl 1116.82316] \textit{Ghaemi, Mehrdad; Rezaei-Ghaleh, Nasrollah; Sarbolouki, Mohammad-Nabi}, Directed ligand passage over the surface of diffusion-controlled enzymes: A cellular automata model, 719-724 [Zbl 1116.92311] \textit{Spataro, William; D'Ambrosio, Donato; Rongo, Rocco; Trunfio, Giuseppe A.}, An evolutionary approach for modelling lava flows through cellular automata, 725-734 [Zbl 1116.86306] \textit{Naumov, Lev}, CAME\&L -- cellular automata modeling environment \& library, 735-744 [Zbl 1116.68523] \textit{D'Antonio, Massimo; Delzanno, Giorgio}, SAT-based analysis of cellular automata, 745-754 [Zbl 1116.68508] \textit{García, Cristina; Moreno, José Alí}, The kernel Hopfield memory network, 755-764 [Zbl 1116.68568] \textit{Stewart-Cox, J. A.; Britton, N. F.; Mogie, M.}, Timescale separated pollination-colonisation models, 765-774 [Zbl 1116.92315] \textit{Mukhopadhyay, Debdeep; Chowdhury, Dipanwita Roy}, Characterization of a class of complemented group cellular automata, 775-784 [Zbl 1116.68521] \textit{Seredynski, Marcin; Bouvry, Pascal}, Block encryption using reversible cellular automata, 785-792 [Zbl 1116.68418] \textit{Chambarel, André; Bolvin, Hervé; Ferry, Evelyne}, Cellular model of complex porous media application to permeability determination, 793-802 [Zbl 1116.76447] \textit{López, Alejandro; Wainer, Gabriel}, Improved Cell-DEVS model definition in CD++, 803-812 [Zbl 1116.68519] \textit{Das, Sukanta; Sikdar, Biplab K.; Chaudhuri, P. Pal}, Characterization of reachable/nonreachable cellular automata states, 813-822 [Zbl 1116.68509] \textit{Kokol, Peter; Povalej, Petra; Lenic, Mitja; Štiglic, Gregor}, Building classifier cellular automata, 823-830 [Zbl 1116.68516] \textit{Gulyás, László; Płatkowski, Tadeusz}, On evolutionary 3-person prisoner's dilemma games on 2-D lattice, 831-840 [Zbl 1116.91302] \textit{Halbach, Mathias; Heenes, Wolfgang; Hoffmann, Rolf; Tisje, Jan}, Optimizing the behavior of a moving creature in software and in hardware, 841-850 [Zbl 1116.68514] \textit{Blecic, Ivan; Cecchini, Arnaldo; Trunfio, Giuseppe A.}, A generalized rapid development environment for cellular automata based simulations, 851-860 [Zbl 1116.68661] \textit{Tosic, Predrag T.; Agha, Gul A.}, Characterizing configuration spaces of simple threshold cellular automata, 861-870 [Zbl 1116.68533] \textit{Cattaneo, Gianpiero; Dennunzio, Alberto; Farina, Fabio}, Lattice Boltzmann approach to incompressible fluidynamics dimensional investigation and Poiseuille test, 871-880 [Zbl 1116.76414]