Titlebook: Highlights on Practical Applications of Agents and Multi-Agent Systems; 10th International C Javier Bajo Pérez,Miguel A. Sánchez,Vicente Ju

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ogies. A computer program capable of defeating world champions many times at Go is undoubtedly a coup for the fast-growing field of artificial intelligence. Under this surging surface, a more desperate gamble is quietly brewing—the fight for talent in the field of artificial intelligence. In the fut

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Emmanuel Adam,René Mandiau,Emmanuelle Grislinat is about to arrive. This revolution will not be contained to laboratory research. At the same time, academic research and commercialization are promoting the conversion of artificial intelligence into products and services, so that the public can truly feel its existence. Especially in areas such

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José Barbosa,Paulo Leitão,Emmanuel Adam,Damien Trentesauxat is about to arrive. This revolution will not be contained to laboratory research. At the same time, academic research and commercialization are promoting the conversion of artificial intelligence into products and services, so that the public can truly feel its existence. Especially in areas such

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Marina de la Cruz,Suzan Awinatent search solution. The performance of proposed method is compared with three differential evolution algorithms and three bare-bones technique based optimizers. Comprehensive experimental results show that the proposed approach is better than, or at least comparable to, other classic DE variants wh

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M. Dolores Jiménez-Lópezning algorithms, the new algorithm owns a simple processing pipeline and avoids irregular memory access generated by graph traversals. The experimental result show that the new algorithm achieves 10x faster than Metis and 2x faster than label propagation algorithm at the cost of reasonable precision

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Roussanka Loukanova,M. Dolores Jiménez-Lópezent search solution. The performance of proposed method is compared with three differential evolution algorithms and three bare-bones technique based optimizers. Comprehensive experimental results show that the proposed approach is better than, or at least comparable to, other classic DE variants wh

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Diana Pérez-Marínent search solution. The performance of proposed method is compared with three differential evolution algorithms and three bare-bones technique based optimizers. Comprehensive experimental results show that the proposed approach is better than, or at least comparable to, other classic DE variants wh

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Joel Azzopardi,Christopher Staffning algorithms, the new algorithm owns a simple processing pipeline and avoids irregular memory access generated by graph traversals. The experimental result show that the new algorithm achieves 10x faster than Metis and 2x faster than label propagation algorithm at the cost of reasonable precision