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School-Choice Behavior and Game Based on Brain Cognition

机译:基于脑认知的择校行为与游戏

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摘要

Brain stimulation experiment has revealed the association law between loss aversion tendency and brain-specific nervous system, providing a solid scientific basis for deep understanding of human behavioral preferences, as well as providing another research scheme for controversial school choice. There are many uncertain risks in the process of school choice, so asymmetry appears when the decision maker’s brain processes gain and loss, which causes obvious school-choice preference reversal. Based on the inherent law of brain activity studied by fMRI and through analyzing the phenomenon of human choice behavior under the admission system in China, this study proves that applicants appear limited rationality or preference reversal when the emotional brain area is hyperactive. In addition, in the priority to the first applications (PTTFA) mechanism, applicants reveal that true preference is not a dominant strategy, which will lead to market imbalances and low inefficiency.
机译:脑刺激实验揭示了厌恶厌恶倾向与大脑特定神经系统之间的联系规律,为深入了解人类的行为偏好提供了坚实的科学基础,并为有争议的学校选择提供了另一种研究方案。择校过程中存在许多不确定的风险,因此,当决策者的大脑处理得失时,就会出现不对称现象,这会导致明显的择校偏好逆转。基于功能磁共振成像研究的大脑活动的内在规律,并通过分析中国录取制度下人类选择行为的现象,本研究证明,当情绪大脑区域活动过度时,申请人出现有限的理性或偏好逆转。此外,在优先于首次申请(PTTFA)机制的情况下,申请人透露,真正的优先考虑不是主导策略,这将导致市场失衡和低效率。

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