论文标题
部分可观测时空混沌系统的无模型预测
Measuring Discrimination Abilities of Monk Parakeets Between Discreet and Continuous Quantities Through a Digital Life Enrichment Application
论文作者
论文摘要
Ain等人。测量了三个非洲灰色（psittacus erithacus）鹦鹉在谨慎和连续数量之间的歧视能力。他们的实验方案的某些特征使得在没有引入某些偏见的风险的情况下，很难应用于其他受试者和/或物种，因为受试者可以从实验者那里读取线索（即使研究的受试者可能没有）。数字寿命丰富技术能否使我们能够与其他物种复制其结果，而这些物种的实验偏见风险较小，精度更好，成本较低？受鹦鹉先前非正式数字寿命丰富实验的启发，我们设计并测试了一个Web应用程序，以数字化复制并扩展了Ain等人的实验设置。我们能够获得与来自不同物种的两个个体Monk Paraikeets（Myiopsitta Monachus）的两个个体的相似结果，并以增加潜在的实验偏见的保证，这种方式应允许以更大的规模和更低的成本复制此类实验。
Ain et al. measured three African Grey (Psittacus erithacus) parrot's discrimination abilities between discreet and continuous quantities. Some features of their experimental protocol make it difficult to apply to other subjects and/or species without introducing a risk for some bias, as subjects could read cues from the experimenter (even though the study's subjects probably did not). Can digital life enrichment techniques permit us to replicate their results with other species with less risk for experimental bias, with a better precision, and at lower cost? Inspired by previous informal digital life enrichment experiments with parrots, we designed and tested a web application to digitally replicate and extend Ain et al.'s experimental setup. We were able to obtain similar results to theirs for two individuals from a distinct species, Monk Parakeets (Myiopsitta Monachus), with increased guarantees against potential experimental biases, in a way which should allow to replicate such experiments at larger scale and at a much lower cost.
