Identification of post-meditation perceptual states using wearable EEG and Self-Calibrating Protocols

Thrasyvoulos Karydis, Samuel Langer, Simmie L. Foster, A. Mershin
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引用次数: 5

Abstract

Since antiquity meditation in its various forms has been robustly associated with multiple physical and mental measurable changes of state. Obstacles to widespread access to the advantageous effects of meditation include the practice time necessary to become an expert meditator and the identification of a personalized beneficial meditative state once achieved. This work leverages previously published and patented results towards the application of Self-Calibrating Protocol (SCP)-assisted wearable EEG measurement of personalized "perceptual prints" and recognition of pre- versus post-meditation perceptual states. We describe avenues towards harvesting the newly enabled technologies towards quantification of meditation benefits and replication of beneficial meditative states leveraging technology to shorten practice times.
使用可穿戴脑电图和自校准协议识别冥想后感知状态
自古以来,各种形式的冥想都与多种身体和精神状态的可测量变化密切相关。要想广泛获得冥想的有利效果,障碍包括成为冥想专家所需的练习时间,以及一旦达到个性化的有益冥想状态的识别。这项工作利用了先前发表的专利成果,将其应用于自校准协议(SCP)辅助的可穿戴EEG测量个性化“感知印记”和识别冥想前后的感知状态。我们描述了获取新技术的途径,以量化冥想的好处,并利用技术来缩短练习时间。
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