Abstract is missing.
- A leader-based parallel cross entropy algorithm for MCPZhanhua Bai, Qiang Lv. 2401-2406 [doi]
- Expensive optimization, uncertain environment: an EA-based solutionMaumita Bhattacharya. 2407-2414 [doi]
- An abstraction-based genetic programming systemFranck Binard, Amy P. Felty. 2415-2422 [doi]
- Solving the MAXSAT problem using a multivariate EDA based on Markov networksAlexander E. I. Brownlee, John A. W. McCall, Deryck F. Brown. 2423-2428 [doi]
- Optimising the flow of experiments to a robot scientist with multi-objective evolutionary algorithmsEmma Byrne. 2429-2436 [doi]
- The role of speciation in spatial coevolutionary function approximationFolkert de Boer, Paulien Hogeweg. 2437-2441 [doi]
- Evolving evolutionary algorithms using evolutionary algorithmsLaura Diosan, Mihai Oltean. 2442-2449 [doi]
- Incorporating characteristics of human creativity into an evolutionary art algorithmSteve R. DiPaola, Liane Gabora. 2450-2456 [doi]
- Evolution of lace knitting stitch patterns by genetic programmingAnikó Ekárt. 2457-2461 [doi]
- Activation energy-based simulation for self-assembly of multi-shape tilesMostafa Mostafa Hashim Ellabaan. 2462-2467 [doi]
- Choice and developmentArthur M. Farley. 2468-2474 [doi]
- Cluster-based evolutionary design of digital circuits using all improved multi-expression programmingFatima Zohra Hadjam, Claudio Moraga, Mohamed Benmohamed. 2475-2482 [doi]
- An evolutionary platform for developing next-generation electronic circuitsJames A. Hilder, Andy M. Tyrrell. 2483-2488 [doi]
- Single vehicle pickup and delivery with time windows: made to measure genetic encoding and operatorsManar I. Hosny, Christine L. Mumford. 2489-2496 [doi]
- Crossover: the divine afflatus in searchDavid Iclanzan. 2497-2502 [doi]
- Evolving problem heuristics with on-line ACGPCezary Z. Janikow. 2503-2508 [doi]
- Experimental analysis of binary differential evolution in dynamic environmentsAlp Emre Kanlikilicer, Ali Keles, Sima Uyar. 2509-2514 [doi]
- Combining bond-graphs with genetic programming for unified/automated design of mechatronic or multi domain dynamic systemsSaheeb Ahmed Kayani, Muhammad Afzaal Malik. 2515-2518 [doi]
- Evolutionary music composer integrating formal grammarYaser M. A. Khalifa, Badar K. Khan, Jasmin Begovic, Airrion Wisdom, Andrew Maxymillian Wheeler. 2519-2526 [doi]
- Multi-objective optimization tool for a free structure analog circuits design using genetic algorithms and incorporating parasiticsYaser M. A. Khalifa, Badar K. Khan, Faisal Taha. 2527-2534 [doi]
- A developmental model of neural computation using cartesian genetic programmingGul Muhammad Khan, Julian F. Miller, David M. Halliday. 2535-2542 [doi]
- On solving hierarchical problems with top down controlSusan Khor. 2543-2548 [doi]
- Evolutionary design of single-mode microstructured polymer optical fibres using an artificial embryogeny representationSteven Manos, Maryanne Large, Leon Poladian. 2549-2556 [doi]
- Using pair approximations to predict takeover dynamics in spatially structured populationsJoshua L. Payne, Margaret J. Eppstein. 2557-2564 [doi]
- A GP neutral function for the artificial ANT problemEsteban Ricalde, Katya Rodríguez-Vázquez. 2565-2571 [doi]
- An extremal optimization search method for the protein folding problem: the go-model exampleAlena Shmygelska. 2572-2579 [doi]
- Computational intelligence techniques: a study of scleroderma skin diseaseJulio J. Valdés, Alan J. Barton. 2580-2587 [doi]
- Adaptive genetic programming for option pricingZheng Yin, Anthony Brabazon, Conall O Sullivan. 2588-2594 [doi]
- Aspects of adaptation in natural and artificial evolutionMichael Affenzeller, Stefan Wagner 0002, Stephan M. Winkler. 2595-2602 [doi]
- Evolved transforms surpass the FBI wavelet for improved fingerprint compression and reconstructionBrendan J. Babb. 2603-2606 [doi]
- Agent-environment interaction in a multi-agent system: a formal modelGemma Bel Enguix, Maria Dolores Jiménez-López. 2607-2612 [doi]
- Origin of burstsTim Blackwell, Daniel Bratton. 2613-2620 [doi]
- Understanding particle swarms through simplification: a study of recombinant PSODaniel Bratton, Tim Blackwell. 2621-2628 [doi]
- The effect of user interaction mechanisms in multi-objective IGAAlexandra Melike Brintrup, Hideyuki Takagi. 2629-2632 [doi]
- On lookahead and latent learning in simple LCSLarry Bull. 2633-2636 [doi]
- Learning and exploiting knowledge in multi-agent task allocation problemsAdam Campbell, Annie S. Wu. 2637-2642 [doi]
- Regular expression generation through grammatical evolutionAhmet Cetinkaya. 2643-2646 [doi]
- GAUGUIN: generating art using genetic algorithms and user input naturallyThomas E. Cook. 2647-2650 [doi]
- Particle swarm and bayesian networks applied to attribute selection for protein functional classificationElon S. Correa, Alex Alves Freitas, Colin G. Johnson. 2651-2658 [doi]
- Geometric particle swarm optimisation on binary and real spaces: from theory to practiceCecilia Di Chio, Alberto Moraglio, Riccardo Poli. 2659-2666 [doi]
- Observing the swarm behaviour during its evolutionary designLaura Diosan, Mihai Oltean. 2667-2674 [doi]
- A principled foundation for LCSJan Drugowitsch, Alwyn Barry. 2675-2680 [doi]
- How genetic algorithms can improve a pacemaker efficiencyLaurent Dumas, Linda El Alaoui. 2681-2686 [doi]
- Analysing evolvable cell design for optimisation of routing optionsDaniel M. Ellin, Stuart J. Flockton. 2687-2694 [doi]
- Collective behavior based hierarchical XCSMatthew Gershoff, Sonia Schulenburg. 2695-2700 [doi]
- Transgenetic algorithm: a new evolutionary perspective for heuristics designElizabeth Ferreira Gouvea Goldbarg, Marco César Goldbarg, Ligia B. Bagi. 2701-2708 [doi]
- Evolutionary hypernetwork models for aptamer-based cardiovascular disease diagnosisJungwoo Ha, Jae-Hong Eom, Sung-Chun Kim, Byoung-Tak Zhang. 2709-2716 [doi]
- An artificial immune system-inspired multiobjective evolutionary algorithm with application to the detection of distributed computer network intrusionsCharles R. Haag, Gary B. Lamont, Paul D. Williams, Gilbert L. Peterson. 2717-2724 [doi]
- Predicting reactions from amino acid sequences in S. cerevisiae: an evolutionary computation approachKyle Ira Harrington. 2725-2728 [doi]
- Genetically programmed learning classifier system description and resultsGregory Anthony Harrison, Eric W. Worden. 2729-2736 [doi]
- Is the island model fault tolerant?José Ignacio Hidalgo, Juan Lanchares, Francisco Fernández de Vega, Daniel Lombraña Gonzalez. 2737-2744 [doi]
- A hybrid PSO/ACO algorithm for classificationNicholas Holden, Alex Alves Freitas. 2745-2750 [doi]
- Evolution of adult male oral tract shapes for close and open vowelsDavid M. Howard, Andy M. Tyrrell, Crispin H. V. Cooper. 2751-2758 [doi]
- Investigating scaling of an abstracted LCS utilising ternary and s-expression alphabetsWill N. Browne, Charalambos Ioannides. 2759-2764 [doi]
- Binary differential evolution for the unit commitment problemAli Keles. 2765-2768 [doi]
- Learning dynamic models of compartment systems by combining symbolic regression with fuzzy vector envisionmentMehdi Khoury, Frank Guerin, George Macleod Coghill. 2769-2776 [doi]
- Toward a better understanding of rule initialisation and deletionTim Kovacs, Larry Bull. 2777-2780 [doi]
- A simulation of evolved autotrophic reproductionCorrey Allen Kowall, Brian J. Krent. 2781-2786 [doi]
- Epsilon-constraint with an efficient cultured differential evolutionRicardo Landa Becerra, Carlos A. Coello Coello. 2787-2794 [doi]
- An approach to analyze the evolution of symbolic conditions in learning classifier systemsPier Luca Lanzi, Stefano Rocca, Stefania Solari. 2795-2800 [doi]
- Exploring selection mechanisms for an agent-based distributed evolutionary algorithmA. E. Eiben, Marc Schoenauer, Juan Luís Jiménez Laredo, Pedro A. Castillo Valdivieso, Antonio Miguel Mora, Juan J. Merelo Guervós. 2801-2808 [doi]
- A systemic computation platform for the modelling and analysis of processes with natural characteristicsErwan Le Martelot, Peter J. Bentley, R. Beau Lotto. 2809-2816 [doi]
- A new collaborative evolutionary-swarm optimization techniqueRodica Ioana Lung, D. Dumitrescu. 2817-2820 [doi]
- Supporting free-form design using a component based representation: an overviewAzahar T. Machwe, Ian C. Parmee. 2821-2824 [doi]
- Evolutionary benefits of evolvable component integrationDavid Malkin, R. Beau Lotto. 2825-2830 [doi]
- Bayesian estimation of rule accuracy in UCSJames A. R. Marshall, Gavin Brown, Tim Kovacs. 2831-2834 [doi]
- A cumulative evidential stopping criterion for multiobjective optimization evolutionary algorithmsLuis Martí, Jesús García, Antonio Berlanga, José Manuel Molina. 2835-2842 [doi]
- A parallel framework for loopy belief propagationAlexander Mendiburu, Roberto Santana, Jose Antonio Lozano, Endika Bengoetxea. 2843-2850 [doi]
- Browser-based distributed evolutionary computation: performance and scaling behaviorJuan Julián Merelo Guervós, Antonio Mora García, Juan Luís Jiménez Laredo, Juan Lupión, Fernando Tricas. 2851-2858 [doi]
- Balancing safety and speed in the military path finding problem: analysis of different ACO algorithmsAntonio Miguel Mora, Juan Julián Merelo Guervós, Juan Luís Jiménez Laredo, Pedro A. Castillo Valdivieso, Cristian Millán, Juan Torrecillas. 2859-2864 [doi]
- Concept-based multi-objective problems and their solution by ECAmiram Moshaiov, Gideon Avigad. 2865-2868 [doi]
- Genetically designed heuristics for the bin packing problemOana Muntean. 2869-2870 [doi]
- Fuzzy-UCS: preliminary resultsAlbert Orriols-Puig, Jorge Casillas, Ester Bernadó-Mansilla. 2871-2874 [doi]
- Substructrual surrogates for learning decomposable classification problems: implementation and first resultsAlbert Orriols-Puig, Ester Bernadó-Mansilla, Kumara Sastry, David E. Goldberg. 2875-2882 [doi]
- Eye-tracking evolutionary algorithm to minimize user fatigue in IEC applied to interactive one-max problemDenis Pallez, Philippe Collard, Thierry Baccino, Laurent Dumercy. 2883-2886 [doi]
- Modified clonal selection algorithm for learning qualitative compartmental models of metabolic systemsWei Pang, George Macleod Coghill. 2887-2894 [doi]
- Discovering event evidence amid massive, dynamic datasetsRobert M. Patton, Thomas E. Potok. 2895-2900 [doi]
- A satellite image set for the evolution of image transforms for defense applicationsMichael R. Peterson, Gary B. Lamont, Frank Moore, Patrick Marshall. 2901-2906 [doi]
- On the moments of the sampling distribution of particle swarm optimisersRiccardo Poli. 2907-2914 [doi]
- A novel approach to automatic music transcription using electronic synthesis and genetic algorithmsGustavo Reis, Francisco Vega. 2915-2922 [doi]
- Cascaded generic XCS to learn about reminding preferencesNadine Richard, Samuel Tardieu, Seiji Yamada. 2923-2926 [doi]
- Simulations of egoistic and altruistic behaviors using the vidya multiagent system platformMarcelo Souza Pita, Fernando Buarque de Lima Neto. 2927-2932 [doi]
- Implementation issues for an interactive evolutionary computation systemMark R. N. Shackelford. 2933-2936 [doi]
- A more bio-plausible approach to the evolutionary inference of finite state machinesHooman Shayani, Peter J. Bentley. 2937-2944 [doi]
- MILCS: a mutual information learning classifier systemRobert Elliott Smith, Max Kun Jiang. 2945-2952 [doi]
- Exploring medical data using visual spaces with genetic programming and implicit functional mappingsJulio J. Valdés, Robert Orchard, Alan J. Barton. 2953-2960 [doi]
- GAINS: genetic algorithms for increasing net sales of a mobile reverse demand communication systemMichael Henry Wolk. 2961-2964 [doi]
- Portfolio allocation using XCS experts in technical analysis, market conditions and options marketSor Ying (Byron) Wong, Sonia Schulenburg. 2965-2972 [doi]
- Program evolvability under environmental variations and neutralityTina Yu. 2973-2978 [doi]
- Experimental research in evolutionary computationThomas Bartz-Beielstein, Mike Preuss. 3001-3020 [doi]
- An information perspective on evolutionary computationYossi Borenstein. 3021-3034 [doi]
- Learning classifier systemsMartin V. Butz. 3035-3056 [doi]
- Constraint-handling techniques used with evolutionary algorithmsCarlos A. Coello Coello. 3057-3077 [doi]
- Complex networks and evolutionary computationCarlos Cotta, Juan Julián Merelo Guervós. 3078-3092 [doi]
- Evolutionary practical optimizationKalyanmoy Deb. 3093-3132 [doi]
- Introductory tutorial on coevolutionEdwin D. de Jong, Kenneth O. Stanley, R. Paul Wiegand. 3133-3157 [doi]
- Evolutionary computation: a unified approachKenneth DeJong. 3158-3171 [doi]
- Advanced tutorial on coevolutionSevan G. Ficici, Anthony Bucci. 3172-3204 [doi]
- Introduction to genetic algorithmsErik D. Goodman. 3205-3224 [doi]
- Computational complexity and evolutionary computationThomas Jansen, Frank Neumann. 3225-3250 [doi]
- Distributed evolutionary computation for fun and profitJuan Julián Merelo Guervós, Juan Luís Jiménez Laredo. 3251-3266 [doi]
- Particle swarm optimization for fuzzy modelsArun Khosla. 3283-3296 [doi]
- Industrial evolutionary computingArthur K. Kordon, Guido Smits, Mark E. Kotanchek. 3297-3322 [doi]
- Introduction to genetic programmingJohn R. Koza. 3323-3365 [doi]
- Evolutionary multiobjective combinatorial optimizationRajeev Kumar. 3366-3390 [doi]
- Particle swarm optimization: an introduction and its recent developmentsXiaodong Li, Andries Petrus Engelbrecht. 3391-3414 [doi]
- Evolving neural networksRisto Miikkulainen. 3415-3434 [doi]
- BioinformaticsJason H. Moore. 3435-3457 [doi]
- Evolutionary computer visionGustavo Olague. 3458-3507 [doi]
- Evolutionary design search, exploration and optimisationIan C. Parmee. 3508-3536 [doi]
- Probabilistic model-building genetic algorithmsMartin Pelikan. 3537-3562 [doi]
- Genetic programming theoryRiccardo Poli, William B. Langdon. 3563-3584 [doi]
- Genetic algorithm theoryJonathan E. Rowe. 3585-3608 [doi]
- Grammatical evolutionConor Ryan. 3609-3626 [doi]
- Evolvable hardwareLukás Sekanina. 3627-3644 [doi]
- Quantum computingLee Spector. 3645-3674 [doi]
- Evolutionary games: the Darwin connectionMarco Tomassini. 3675-3689 [doi]
- Fitness landscapes and problem hardness in evolutionary computationLeonardo Vanneschi, Sébastien Vérel. 3690-3733 [doi]
- No free lunchMichael D. Vose, L. Darrell Whitley. 3734-3764 [doi]
- An introduction to statistical analysis for evolutionary computationMark Wineberg, Steffen Christensen. 3765-3791 [doi]
- Evolutionary multiobjective optimizationEckart Zitzler, Kalyanmoy Deb. 3792-3809 [doi]