Genetic and evolutionary computation -- GECCO 2003. Genetic and evolutionary computation conference, Chicago, IL, USA, July 12--16, 2003. Proceedings, Part I (Q1414359)

The articles of this volume will be reviewed individually. For Part II see Zbl 1025.68695. Indexed articles: \textit{Blackwell, T. M.}, Swarms in dynamic environments, 1-12 [Zbl 1028.68683] \textit{Hang, Dehua; Ofria, Charles; Schmidt, Thomas M.; Torng, Eric}, The effect of natural selection on phylogeny reconstruction algorithms, 13-24 [Zbl 1028.68767] \textit{Labroche, Nicolas; Monmarché, Nicolas; Venturini, Gilles}, AntClust: Ant clustering and web usage mining, 25-36 [Zbl 1028.68819] \textit{Li, Xiaodong}, A non-dominated sorting particle swarm optimizer for multiobjective optimization, 37-48 [Zbl 1028.68827] \textit{Socha, Krzysztof}, The influence of run-time limits on choosing ant system parameters, 49-60 [Zbl 1028.68887] \textit{Spector, Lee; Klein, Jon; Perry, Chris; Feinstein, Mark}, Emergence of collective behavior in evolving populations of flying agents, 61-73 [Zbl 1028.68890] \textit{Tanev, Ivan; Shimohara, Katsunori}, On role of implicit interaction and explicit communications in emergence of social behavior in continuous predators-prey pursuit problem, 74-85 [Zbl 1028.68899] \textit{Toussaint, Marc}, Demonstrating the evolution of complex genetic representations: An evolution of artificial plants, 86-97 [Zbl 1028.68909] \textit{Upal, M. Afzal}, Sexual selection of co-operation, 98-109 [Zbl 1036.92023] \textit{Veeramachaneni, Kalyan; Peram, Thanmaya; Mohan, Chilukuri; Osadciw, Lisa Ann}, Optimization using particle swarms with near neighbor interactions, 110-121 [Zbl 1028.68918] \textit{White, Tony; Kaegi, Simon; Oda, Terri}, Revisiting elitism in ant colony optimization, 122-133 [Zbl 1028.68928] \textit{Zhang, Liping; Yu, Huanjun; Hu, Shangxu}, A new approach to improve particle swarm optimization, 134-139 [Zbl 1028.68943] \textit{Aupetit, S.; Monmarché, N.; Slimane, M.; Guinot, C.; Venturini, G.}, Clustering and dynamic data visualization with artificial flying insect, 140-141 [Zbl 1028.68661] \textit{Boryczka, Mariusz; Czech, Zbigniew J.; Wieczorek, Wojciech}, Ant colony programming for approximation problems, 142-143 [Zbl 1028.68685] \textit{Lattaud, Claude}, Long-term competition for light in plant simulation, 144-145 [Zbl 1028.68821] \textit{Russell, Matthew; Clark, John A.; Stepney, Susan}, Using ants to attack a classical cipher, 146-147 [Zbl 1028.68876] \textit{Settles, Matthew; Rodebaugh, Brandon; Soule, Terence}, Comparison of genetic algorithm and particle swarm optimizer when evolving a recurrent neural network, 148-149 [Zbl 1028.68883] \textit{Van Belle, Terry; Ackley, David H.}, Adaptation and ruggedness in an evolvability landscape, 150-151 [Zbl 1028.68914] \textit{Xianghui, Dong; Ruwei, Dai}, Study diploid system by a Hamiltonian cycle problem algorithm, 152-153 [Zbl 1028.68936] \textit{Xiao, Ying; Just, Winfried}, A possible mechanism of repressing cheating mutants in myxobacteria, 154-155 [Zbl 1028.68937] \textit{Yu, Tina; Johnson, Paul}, Tour jeté, pirouette: Dance choreographing by computers, 156-157 [Zbl 1028.68941] \textit{Cruz Cortés, Nareli; Coello Coello, Carlos A.}, Multiobjective optimization using ideas from the clonal selection principle, 158-170 [Zbl 1028.68714] \textit{Cutello, Vincenzo; Nicosia, Giuseppe; Pavone, Mario}, A hybrid immune algorithm with information gain for the graph coloring problem, 171-182 [Zbl 1028.68715] \textit{Dasgupta, Dipankar; Yu, Senhua; Majumdar, Nivedita Sumi}, MILA -- multilevel immune learning algorithm, 183-194 [Zbl 1028.68718] \textit{González, Fabio; Dasgupta, Dipankar; Gómez, Jonatan}, The effect of binary matching rules in negative selection, 195-206 [Zbl 1028.68757] \textit{Kelsey, Johnny; Timmis, Jon}, Immune inspired somatic contiguous hypermutation for function optimisation, 207-218 [Zbl 1028.68801] \textit{Nasraoui, Olfa; Gonzalez, Fabio; Cardona, Cesar; Rojas, Carlos; Dasgupta, Dipankar}, A scalable artificial immune system model for dynamic unsupervised learning, 219-230 [Zbl 1028.68853] \textit{Oda, Terri; White, Tony}, Developing an immunity to spam, 231-242 [Zbl 1028.68861] \textit{Niño, F.; Gómez, D.; Vejar, R.}, A novel immune anomaly detection technique based on negative selection, 243-245 [Zbl 1028.68855] \textit{Takama, Yasufumi}, Visualization of topic distribution based on immune network model, 246-247 [Zbl 1028.68898] \textit{Tarakanov, Alexander O.}, Spatial formal immune network, 248-249 [Zbl 1028.68902] \textit{Bucci, Anthony; Pollack, Jordan B.}, Focusing versus intransitivity, 250-261 [Zbl 1028.68695] \textit{de Jong, Edwin D.}, Representation development from Pareto-coevolution, 262-273 [Zbl 1028.68720] \textit{de Jong, Edwin D.; Pollack, Jordan B.}, Learning the ideal evaluation function, 274-285 [Zbl 1028.68719] \textit{Ficici, Sevan G.; Pollack, Jordan B.}, A game-theoretic memory mechanism for coevolution, 286-297 [Zbl 1028.68740] \textit{Horn, Jeffrey; Cattron, James}, The paradox of the plankton: Oscillations and chaos in multispecies evolution, 298-309 [Zbl 1028.92024] \textit{Jansen, Thomas; Wiegand, R. Paul}, Exploring the explorative advantage of the cooperative coevolutionary \((1+1)\) EA, 310-321 [Zbl 1028.68791] \textit{Kharma, Nawwaf; Suen, Ching Y.; Guo, Pei F.}, PalmPrints: A novel co-evolutionary algorithm for clustering finger images, 322-331 [Zbl 1028.68802] \textit{Krawiec, Krzysztof; Bhanu, Bir}, Coevolution and linear genetic programming for visual learning, 332-343 [Zbl 1028.68817] \textit{Liekens, Anthony M. L.; ten Eikelder, Huub M. M.; Hilbers, Peter A. J.}, Finite population models of co-evolution and their application to haploidy versus diploidy, 344-355 [Zbl 1028.68828] \textit{Whiteson, Shimon; Kohl, Nate; Miikkulainen, Risto; Stone, Peter}, Evolving keepaway soccer players through task decomposition, 356-368 [Zbl 1028.68930] \textit{Blindauer, Emmanuel; Korczak, Jerzy}, A new method of multilayer perceptron encoding, 369-370 [Zbl 1028.68684] \textit{Palacios-Durazo, Ramón Alfonso; Valenzuela-Rendón, Manuel}, An incremental and non-generational coevolutionary algorithm, 371-372 [Zbl 1028.68868] \textit{Schmitt, Lothar M.}, Coevolutionary convergence to global optima, 373-374 [Zbl 1028.68880] \textit{de Sousa, Fabiano Luis; Vlassov, Valeri; Ramos, Fernando Manuel}, Generalized extremal optimization for solving complex optimal design problems, 375-376 [Zbl 1028.68722] \textit{Thangavelautham, Jekanthan; Barfoot, Timothy D.; D'Eleuterio, Gabriele M. T.}, Coevolving communication and cooperation for lattice formation tasks, 377-378 [Zbl 1028.68905] \textit{Garzon, Max H.; Neel, Andrew; Chen, Hui}, Efficiency and reliability of DNA-based memories, 379-389 [Zbl 1028.68748] \textit{Leier, André; Banzhaf, Wolfgang}, Evolving Hogg's quantum algorithm using linear-tree GP, 390-400 [Zbl 1028.68824] \textit{Martín-Vide, Carlos; Mitrana, Victor; Pérez-Jiménez, Mario J.; Sancho-Caparrini, Fernando}, Hybrid networks of evolutionary processors, 401-412 [Zbl 1028.68838] \textit{West, Michael; Garzon, Max H.; Blain, Derrel}, DNA-like genomes for evolution in silico, 413-424 [Zbl 1028.68926] \textit{Balan, M. Sakthi}, String binding-blocking automata, 425-426 [Zbl 1028.68666] \textit{Han, Kuk-Hyun; Kim, Jong-Hwan}, On setting the parameters of QEA for practical applications: Some guidelines based on empirical evidence, 427-428 [Zbl 1028.68762] \textit{Vallejo, Edgar E.; Ramos, Fernando}, Evolutionary two-dimensional DNA sequence alignment, 429-430 [Zbl 1028.68913] \textit{Gallagher, John C.; Vigraham, Saranyan}, Active control of thermoacoustic instability in a model combustor with neuromorphic evolvable hardware, 431-441 [Zbl 1028.68745] \textit{Gwaltney, David A.; Ferguson, Michael I.}, Hardware evolution of analog speed controllers for a DC motor, 442-453 [Zbl 1028.68759] \textit{Kramer, Gregory R.; Gallagher, John C.}, An examination of hypermutation and random immigrant variants of mrCGA for dynamic environments, 454-455 [Zbl 1028.68816] \textit{Shepherd, Rob; Foster, James}, Inherent fault tolerance in evolved sorting networks, 456-457 [Zbl 1028.68884] \textit{Buason, Gunnar; Ziemke, Tom}, Co-evolving task-dependent visual morphologies in predator-prey experiments, 458-469 [Zbl 1028.68694] \textit{Kamio, Shotaro; Mitsuhashi, Hideyuki; Iba, Hitoshi}, Integration of genetic programming and reinforcement learning for real robots, 470-482 [Zbl 1028.68796] \textit{Teo, Jason; Nguyen, Minh Ha; Abbass, Hussein A.}, Multi-objectivity as a tool for constructing hierarchical complexity, 483-494 [Zbl 1028.68904] \textit{Wolff, Krister; Nordin, Peter}, Learning biped locomotion from first principles on a simulated humanoid robot using linear genetic programming, 495-506 [Zbl 1028.68934] \textit{Elfwing, Stefan; Uchibe, Eiji; Doya, Kenji}, An evolutionary approach to automatic construction of the structure in hierarchical reinforcement learning, 507-509 [Zbl 1028.68734] \textit{Solteiro Pires, E. J.; Machado, J. A. Tenreiro; de Moura Oliveira, P. B.}, Fractional order dynamical phenomena in a GA, 510-511 [Zbl 1028.68888] \textit{Auger, Anne; Le Bris, Claude; Schoenauer, Marc}, Dimension-independent convergence rate for non-isotropic \((1,\lambda)\)-ES, 512-524 [Zbl 1028.68660] \textit{Beyer, Hans-Georg; Arnold, Dirk V.}, The steady state behavior of \((\mu/\mu_I, \lambda)\)-ES on ellipsoidal fitness models disturbed by noise, 525-536 [Zbl 1028.68680] \textit{Branke, Jürgen; Wang, Wei}, Theoretical analysis of simple evolution strategies in quickly changing environments, 537-548 [Zbl 1028.68689] \textit{De Pauw, Guy}, Evolutionary computing as a tool for grammar development, 549-560 [Zbl 1028.68721] \textit{Dozier, Gerry}, Solving distributed asymmetric constraint satisfaction problems using an evolutionary society of hill-climbers, 561-572 [Zbl 1028.68728] \textit{Hernández Aguirre, Arturo; Botello Rionda, Salvador; Coello Coello, Carlos A.; Lizárraga Lizárraga, Giovanni}, Use of multiobjective optimization concepts to handle constraints in single-objective optimization, 573-584 [Zbl 1028.68771] \textit{Leung, Kwong-Sak; Liang, Yong}, Evolution strategies with exclusion-based selection operators and a Fourier series auxiliary function, 585-597 [Zbl 1028.68825] \textit{Misevicius, Alfonsas}, Ruin and recreate principle based approach for the quadratic assignment problem, 598-609 [Zbl 1028.68842] \textit{Ulmer, Holger; Streichert, Felix; Zell, Andreas}, Model-assisted steady-state evolution strategies, 610-621 [Zbl 1028.68912] \textit{Wegener, Ingo; Witt, Carsten}, On the optimization of monotone polynomials by the \((1+1)\) EA and randomized local search, 622-633 [Zbl 1028.68924] \textit{Delbem, A. C. B.; de Carvalho, Andre}, A forest representation for evolutionary algorithms applied to network design, 634-635 [Zbl 1028.68723] \textit{Jin, Yaochu; Okabe, Tatsuya; Sendhoff, Bernhard}, Solving three-objective optimization problems using evolutionary dynamic weighted aggregation: Results and analysis, 636-637 [Zbl 1028.68793] \textit{Lee, Chi-Ho; Yuchi, Ming; Myung, Hyun; Kim, Jong-Hwan}, The principle of maximum entropy-based two-phase optimization of fuzzy controller by evolutionary programming, 638-639 [Zbl 1028.68822] \textit{Mezura-Montes, Efrén; Coello Coello, Carlos A.}, A simple evolution strategy to solve constrained optimization problems, 640-641 [Zbl 1028.68841] \textit{Santos, Eugene jun.; Kim, Keum Joo; Santos, Eunice E.}, Effective search of the energy landscape for protein folding, 642-643 [Zbl 1028.68878] \textit{Streichert, Felix; Stein, Gunnar; Ulmer, Holger; Zell, Andreas}, A clustering based niching method for evolutionary algorithms, 644-645 [Zbl 1028.68893] \textit{Berger, Jean; Barkaoui, Mohamed}, A hybrid genetic algorithm for the capacitated vehicle routing problem, 646-656 [Zbl 1028.68678] \textit{Hussain, Mudassar; Kimiaghalam, Bahram; Homaifar, Abdollah; Esterline, Albert; Sayyarodsari, Bijan}, An evolutionary approach to capacitated resource distribution by a multiple-agent team, 657-668 [Zbl 1028.68781] \textit{Seo, Dong-Il; Moon, Byung-Ro}, A hybrid genetic algorithm based on complete graph representation for the sequential ordering problem, 669-680 [Zbl 1028.68881] \textit{Sheu, Shiann-Tsong; Chuang, Yue-Ru; Chen, Yu-Hung; Lai, Eugene}, An optimization solution for packet scheduling: A pipeline-based genetic algorithm accelerator, 681-692 [Zbl 1028.68885] \textit{Mistry, Paavan; Kwan, Raymond S. K.}, Generation and optimization of train timetables using coevolution, 693-694 [Zbl 1028.68843] \textit{Acan, Adnan; Tekol, Yüce}, Chromosome reuse in genetic algorithms, 695-705 [Zbl 1028.68653] \textit{Ballester, Pedro J.; Carter, Jonathan N.}, Real-parameter genetic algorithms for finding multiple optimal solutions in multi-modal optimization, 706-717 [Zbl 1028.68668] \textit{Barbosa, Helio J. C.; Lemonge, Afonso C. C.}, An adaptive penalty scheme for steady-state genetic algorithms, 718-729 [Zbl 1028.68672] \textit{Baugh, John W. jun.; Kumar, Sujay V.}, Asynchronous genetic algorithms for heterogeneous networks using coarse-grained dataflow, 730-741 [Zbl 1028.68676] \textit{Bouzerdoum, Abdesselam; Mueller, Rainer}, A generalized feedforward neural network architecture and its training using two stochastic search methods, 742-753 [Zbl 1028.68686] \textit{Branke, Jürgen; Barz, Christiane; Behrens, Ivesa}, Ant-based crossover for permutation problems, 754-765 [Zbl 1028.68687] \textit{Branke, Jürgen; Schmidt, Christian}, Selection in the presence of noise, 766-777 [Zbl 1028.68688] \textit{Brown, Martin; Smith, Robert E.}, Effective use of directional information in multi-objective evolutionary computation, 778-789 [Zbl 1028.68692] \textit{Cantú-Paz, Erick}, Pruning neural networks with distribution estimation algorithms, 790-800 [Zbl 1028.68700] \textit{Cantú-Paz, Erick; Goldberg, David E.}, Are multiple runs of genetic algorithms better than one?, 801-812 [Zbl 1028.68699] \textit{Chafekar, Deepti; Xuan, Jiang; Rasheed, Khaled}, Constrained multi-objective optimization using steady state genetic algorithms, 813-824 [Zbl 1028.68702] \textit{Chen, Ying-ping; Goldberg, David E.}, An analysis of a reordering operator with tournament selection on a GA-hard problem, 825-836 [Zbl 1028.68705] \textit{Chen, Ying-ping; Goldberg, David E.}, Tightness time for the linkage learning genetic algorithm, 837-849 [Zbl 1028.68704] \textit{Choe, Heemahn; Choi, Sung-Soon; Moon, Byung-Ro}, A hybrid genetic algorithm for the hexagonal tortoise problem, 850-861 [Zbl 1028.68707] \textit{Choi, Sung-Soon; Moon, Byung-Ro}, Normalization in genetic algorithms, 862-873 [Zbl 1028.68708] \textit{Aguilar Contreras, Andrés; Rowe, Jonathan E.; Stephens, Christopher R.}, Coarse-graining in genetic algorithms: Some issues and examples, 874-885 [Zbl 1028.68655] \textit{van Dijk, Steven; Thierens, Dirk; van der Gaag, Linda C.}, Building a GA from design principles for learning Bayesian networks, 886-897 [Zbl 1028.68916] \textit{Divina, Federico; Keijzer, Maarten; Marchiori, Elena}, A method for handling numerical attributes in GA-based inductive concept learners, 898-908 [Zbl 1028.68725] \textit{Droste, Stefan}, Analysis of the \((1+1)\) EA for a dynamically bitwise changing OneMax, 909-921 [Zbl 1028.68731] \textit{Espinoza, Felipe P.; Minsker, Barbara S.; Goldberg, David E.}, Performance evaluation and population reduction for a self adaptive hybrid genetic algorithm (SAHGA), 922-933 [Zbl 1028.68736] \textit{Furutani, Hiroshi}, Schema analysis of average fitness in multiplicative landscape, 934-947 [Zbl 1028.68744] \textit{Gao, Yong; Culberson, Joseph}, On the treewidth of NK landscapes, 948-954 [Zbl 1028.68747] \textit{Giacobini, Mario; Alba, Enrique; Tomassini, Marco}, Selection intensity in asynchronous cellular evolutionary algorithms, 955-966 [Zbl 1028.68752] \textit{Gilbert, Joshua; Eppstein, Maggie}, A case for codons in evolutionary algorithms, 967-978 [Zbl 1028.68754] \textit{Giráldez, Raúl; Aguilar-Ruiz, Jesús S.; Riquelme, José C.}, Natural coding: A more efficient representation for evolutionary learning, 979-990 [Zbl 1028.68755] \textit{Handa, Hisashi}, Hybridization of estimation of distribution algorithms with a repair method for solving constraint satisfaction problems, 991-1002 [Zbl 1028.68766] \textit{Heckendorn, Robert B.; Wright, Alden H.}, Efficient linkage discovery by limited probing, 1003-1014 [Zbl 1028.68769] \textit{Hiroyasu, Tomoyuki; Miki, Mitsunori; Sano, Masaki; Shimosaka, Hisashi; Tsutsui, Shigeyoshi; Dongarra, Jack}, Distributed probabilistic model-building genetic algorithm, 1015-1028 [Zbl 1028.68773] \textit{Hu, Jianjun; Seo, Kisung; Fan, Zhun; Rosenberg, Ronald C.; Goodman, Erik D.}, HEMO: A sustainable multi-objective evolutionary optimization framework, 1029-1040 [Zbl 1028.68776] \textit{Huang, Chien-Feng}, Using an immune system model to explore mate selection in genetic algorithms, 1041-1052 [Zbl 1028.68779] \textit{Huang, Gaofeng; Lim, Andrew}, Designing a hybrid genetic algorithm for the linear ordering problem, 1053-1064 [Zbl 1028.68780] \textit{Ishibuchi, Hisao; Shibata, Youhei}, A similarity-based mating scheme for evolutionary multiobjective optimization, 1065-1076 [Zbl 1028.68787] \textit{Ishibuchi, Hisao; Yamamoto, Takashi}, Evolutionary multiobjective optimization for generating an ensemble of fuzzy rule-based classifiers, 1077-1088 [Zbl 1028.68788] \textit{Kavka, Carlos; Schoenauer, Marc}, Voronoi diagrams based function identification, 1089-1100 [Zbl 1028.68798] \textit{Kim, Jung-Hwan; Moon, Byung-Ro}, New usage of SOM for genetic algorithms, 1101-1111 [Zbl 1028.68804] \textit{Kim, Yong-Hyuk; Kwon, Yung-Keun; Moon, Byung-Ro}, Problem-independent schema synthesis for genetic algorithms, 1112-1122 [Zbl 1028.68806] \textit{Kim, Yong-Hyuk; Moon, Byung-Ro}, Investigation of the fitness landscapes and multi-parent crossover for graph bipartitioning, 1123-1135 [Zbl 1028.68807] \textit{Kim, Yong-Hyuk; Moon, Byung-Ro}, New usage of Sammon's mapping for genetic visualization, 1136-1147 [Zbl 1028.68805] \textit{Orla Kimbrough, Steven; Lu, Ming; Wood, David Harlan; Wu, D. J.}, Exploring a two-population genetic algorithm, 1148-1159 [Zbl 1028.68866] \textit{Leung, Kwong-Sak; Liang, Yong}, Adaptive elitist-population based genetic algorithm for multimodal function optimization, 1160-1171 [Zbl 1028.68826] \textit{Llorà, Xavier; Goldberg, David E.}, Wise breeding GA via machine learning techniques for function optimization, 1172-1183 [Zbl 1028.68832] \textit{Mărginean, Flaviu Adrian}, Facts and fallacies in using genetic algorithms for learning clauses in first-order logic, 1184-1195 [Zbl 1028.68836] \textit{Mitavskiy, Boris}, Comparing evolutionary computation techniques via their representation, 1196-1209 [Zbl 1028.68844] \textit{Morrison, Ronald W.}, Dispersion-based population initialization, 1210-1221 [Zbl 1028.68848] \textit{Munetomo, Masaharu; Murao, Naoya; Akama, Kiyoshi}, A parallel genetic algorithm based on linkage identification, 1222-1233 [Zbl 1028.68850] \textit{Murata, Tadahiko; Kaige, Shiori; Ishibuchi, Hisao}, Generalization of dominance relation-based replacement rules for memetic EMO algorithms, 1234-1245 [Zbl 1028.68851]