人类-蜂群混血儿在解决数字拼图游戏时的表现优于人类和蜂群

Daniel W. Palmer, M. Kirschenbaum, Eric Mustee, Jason Dengler
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引用次数: 3

摘要

我们比较了三种解决围绕连接的数字拼图的方法:仅限人类,仅限群体,以及要求人类以高水平,可扩展的方式与群体互动的混合方法。使用迭代改进策略,人类求解器的一些积极方面迁移到仅限群体的方法。当只有群体的方法变得更好,人类继续协助和混合优于任何一个独立的方法。这种改善群体的策略是通用的,并且持续适用。我们表明,即使经过多次迭代和对群体方法的重大改进,人类的支持也会提高群体的性能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Human-swarm hybrids outperform both humans and swarms solving digital Jigsaw puzzles
We compare three approaches to solving digital jigsaw puzzles with wrap-around connections: human-only, swarm-only, and a hybrid approach that requires humans to interact with the swarm in a high-level, scalable manner. Using an iterative improvement strategy, some positive aspects of the human solvers migrate to the swarm-only approach. As the swarm-only approach gets better, humans continue to assist and the hybrid outperforms either of the independent approaches. This strategy for improving swarms is general, and continuously applicable. We show that even after many iterations and significant improvements to the swarm-only approach, support from a human improves the performance of the swarm.
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