知识和意义的创造通过认知中的皮质奇点表现出来:走向一种理解意识的神经相关的意向性和关键行为的方法

J. Davis, R. Kozma
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引用次数: 11

摘要

在过去的十年里,旨在建立高级认知功能和意识的神经关联的实验和理论方法得到了广泛的研究。信息理论指标是分析认知实验数据时建立定量指标的有效工具。在这项工作中,我们报告了对兔视觉皮层多次运行的ECoG测量的系统统计分析。结果引用语用信息的概念进行解释,这是对香农熵指数的补充。我们根据大脑和认知的动态系统方法来解释这些发现。我们将宽频带上的大规模同步识别为“啊哈”效应的潜在表现,表明从输入的感官数据构建知识和意义并导致意识体验。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Creation of knowledge & meaning manifested via cortical singularities in cognition: Towards a methodology to understand intentionality and critical behavior in neural correlates of awareness
Experimental and theoretical approaches aiming at the establishment of neural correlates of higher cognitive functions and awareness have been extensively studied in the past decade. Information-theoretical indices are useful tools in establishing quantitative metrics when analyzing data of cognitive experiments. In this work we report a systematic statistical analysis of multiple runs of ECoG measurements over the rabbit visual cortex. The results are interpreted invoking the concept of Pragmatic Information, which is complementary to the Shannon Entropy Index. We interpret these finding based on a dynamical system approach to brains and cognition. We identify large-scale synchronization across broad frequency band as potential manifestation of the `aha' effect, indicating the construction of knowledge and meaning from input sensory data and leading to awareness experience.
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