Perpetual Crossers without Sensory Delay: Revisiting the Perceptual Crossing Simulation Studies
Perpetual Crossers without Sensory Delay: Revisiting the Perceptual Crossing Simulation Studies
复制标题
无感觉延迟的永久交叉者：重新审视感知交叉模拟研究
DOI：
10.1162/isal_a_00509
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发表时间：
2022
期刊：
影响因子：
--
通讯作者：
Merritt, Haily
中科院分区：
文献类型：
--
作者：
Izquierdo, Eduardo J.;Severino, Gabriel J.;Merritt, Haily
我们重新审视感知交叉模拟研究，旨在通过研究多主体实时交互来挑战社会认知分析中的方法论个人主义。迄今为止，所有这些模拟研究都报告说，如果不在模拟中引入时间延迟，实际上不可能人工进化出稳健的行为策略。此外，所有研究都报告了单一策略：永远交叉的代理对。在这里，我们系统地报告了神经回路在有或没有感觉延迟的知觉交叉任务中的进化成功。我们还报告了成功解决方案集合中的两种不同策略，之前的文献中只讨论了其中一种。
We revisit the perceptual crossing simulation studies, which are aimed at challenging methodological individualism in the analysis of social cognition by studying multi-agent real-time interactions. To date, all of these simulation studies have reported that it is practically impossible to evolve artificially a robust behavioral strategy without introducing temporal delays into the simulation. Also, all of the studies report on a single strategy: a perpetually crossing agent pair. Here, we systematically report on the evolutionary success of neural circuits on the perceptual crossing task, with and without sensory delay. We also report on two different strategies in the ensemble of successful solutions, only one of which had been discussed in the literature previously.