Cellular automata. 5th international conference on cellular automata for research and industry, ACRI 2002, Geneva, Switzerland, October 9--11, 2002. Proceedings
The articles of this volume will be reviewed individually. The 3rd conference 1998 has been reviewed (see Zbl 0920.68092). Indexed articles: \textit{Galam, Serge}, Spontaneous coalition forming. Why some are stable?, 1-9 [Zbl 1027.68627] \textit{Bandman, Olga}, Simulating spatial dynamics by probabilistic cellular automata, 10-19 [Zbl 1027.68621] \textit{Nagel, Kai}, Cellular automata models for transportation applications, 20-31 [Zbl 1027.68634] \textit{Jiménez-Morales, Francisco}, An evolutionary approach to the study of non-trivial collective behavior in cellular automata, 32-43 [Zbl 1027.68629] \textit{Tomassini, Marco; Venzi, Mattias}, Artificially evolved asynchronous cellular automata for the density task, 44-55 [Zbl 1027.68640] \textit{Ganguly, Niloy; Maji, Pradipta; Dhar, Sandip; Sikdar, Biplab K.; Chaudhuri, P. Pal}, Evolving cellular automata as pattern classifier, 56-68 [Zbl 1027.68628] \textit{Umeo, Hiroshi; Maeda, Masashi; Fujiwara, Norio}, An efficient mapping scheme for embedding any one-dimensional firing squad synchronization algorithm onto two-dimensional arrays, 69-81 [Zbl 1027.68641] \textit{Cattaneo, Gianpiero; Dennunzio, Alberto}, Chaotic subshifts generated by one dimensional elementary CA. The role of transitivity, 82-91 [Zbl 1027.68623] \textit{Mühlenbein, Heinz; Höns, Robin}, Stochastic analysis of cellular automata and the voter model, 92-103 [Zbl 1027.68632] \textit{Makowiec, Danuta; Gnaciński, Piotr}, Universality class of probabilistic cellular automata, 104-113 [Zbl 1027.68630] \textit{Succi, Sauro}, Kinetic approach to lattice quantum mechanics, 114-122 [Zbl 1035.82038] \textit{Stauffer, André; Sipper, Moshe}, Emergence of self-replicating loops in an interactive, hardware-implemented game-of-life environment, 123-131 [Zbl 1027.68639] \textit{Azpeitia, Iker; Ibáñez, Jesús}, Spontaneous emergence of robust cellular replicators, 132-143 [Zbl 1027.68618] \textit{Roli, Andrea; Zambonelli, Franco}, Emergence of macro spatial structures in dissipative cellular automata, 144-155 [Zbl 1027.68636] \textit{Bandini, Stefania; Manzoni, Sara; Simone, Carla}, Enhancing cellular spaces by multilayered multi agent situated systems, 156-167 [Zbl 1027.68620] \textit{Serra, Roberto; Villani, Marco}, Perturbing the regular topology of cellular automata: Implications for the dynamics, 168-177 [Zbl 1027.68638] \textit{Marchese, Fabio M.}, A path-planner for mobile robots of generic shape with multilayered cellular automata, 178-189 [Zbl 1027.68714] \textit{Droz, Michel; Pȩkalski, Andrzej}, Dynamics of populations in extended systems, 190-201 [Zbl 1027.92509] \textit{Bandini, Stefania; Pavesi, Giulio}, Simulation of vegetable populations dynamics based on cellular automata, 202-209 [Zbl 1027.92507] \textit{Schönfisch, Birgitt; Kinder, Michael}, A fish migration model, 210-219 [Zbl 1027.92510] \textit{Albuquerque, Paul; Dupuis, Alexandre}, A parallel cellular ant colony algorithm for clustering and sorting, 220-230 [Zbl 1027.68617] \textit{Marconi, Stefan; Chopard, Bastien}, A multiparticle lattice gas automata model for a crowd, 231-238 [Zbl 1027.68631] \textit{Schadschneider, Andreas; Kirchner, Ansgar; Nishinari, Katsuhiro}, CA approach to collective phenomena in pedestrian dynamics, 239-248 [Zbl 1027.68637] \textit{Bagnoli, Franco; Franci, Fabio; Rechtman, Raúl}, Opinion formation and phase transitions in a probabilistic cellular automaton with two absorbing states, 249-258 [Zbl 1027.68619] \textit{Mukherjee, Monalisa; Ganguly, Niloy; Chaudhuri, P. Pal}, Cellular automata based authentication (CAA), 259-269 [Zbl 1027.68633] \textit{Maji, Pradipta; Ganguly, Niloy; Saha, Sourav; Roy, Anup K.; Chaudhuri, P. Pal}, Cellular automata machine for pattern recognition, 270-281 [Zbl 1027.68689] \textit{Sloot, Peter; Chen, Fan; Boucher, Charles}, Cellular automata model of drug therapy for HIV infection, 282-293 [Zbl 1027.92504] \textit{Weimar, Jörg R.}, Cellular automata approaches to enzymatic reaction networks, 294-303 [Zbl 1027.92503] \textit{D'Ambrosio, Donato; Di Gregorio, Salvatore; Iovine, Giulio; Lupiano, Valeria; Rongo, Rocco; Spataro, William}, Modelling surface flows for macroscopic phenomena by cellular automata: An application to debris flows, 304-314 [Zbl 1027.68625] \textit{Marinósson, Sigurdur F.; Chrobok, Roland; Pottmeier, Andreas; Wahle, Joachim; Schreckenberg, Michael}, Simulation framework for the Autobahn traffic in North Rhine-Westphalia, 315-324 [Zbl 1027.68726] \textit{Cheng, Jianquan; Masser, Ian}, Cellular automata based temporal process understanding of urban growth, 325-336 [Zbl 1027.68624] \textit{Blecic, Ivan; Cecchini, Arnaldo; Rizzi, Paola; Trunfio, Giuseppe A.}, Playing with automata. An innovative perspective for gaming simulation, 337-348 [Zbl 1027.68622] \textit{Rabino, Giovanni A.; Laghi, Alessandra}, Urban cellular automata: The inverse problem, 349-356 [Zbl 1027.68635] \textit{El Yacoubi, Samira; El Jai, Abdelhaq; Ammor, Nezha}, Regional controllability with cellular automata models, 357-367 [Zbl 1027.68626]
scientific article; zbMATH DE number 1840407