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Interactive sound generation for relaxation based on heartbeat and brain wave

机译:基于心跳和脑电波的交互式声音生成可放松

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Recently, the research and development of the system which is able to obtain the relaxation effect have been actively performed. Most of the moderns have some stresses and require the request for healing, and the early development of the relaxation system is expected. For example, in the system which sounds and images are presented to the user, the relaxation effect is judged from the vital signals of heartbeat, pulse rate and so on, and the contents of presentation is tuned to raise its effect has been developed. In this research, we aim to construct the system to adjust the automatic operation to obtain the relaxation effect by presenting the sound to the user, and judging the degree of relaxation based on the heartbeat and the brain wave information. In this paper, as an advance research on the construction of this system, we try to analyze the features of the heartbeat (electrocardiogram) and brain wave (electroencephalogram) measured in a different state and find the index that judges the relaxation degree.
机译:近来,已经积极地进行了能够获得松弛效果的系统的研究和开发。大多数现代人都有一定的压力,需要康复的要求,并且放松系统的早期发展是可以预期的。例如,在向用户呈现声音和图像的系统中,从心跳,脉搏等重要信号来判断放松效果,并且已经开发了呈现的内容以提高其效果。在这项研究中,我们旨在构建一种系统来调整自动操作,以通过向用户呈现声音并基于心跳和脑电波信息判断放松程度来获得放松效果。在本文中,作为对该系统构建的进一步研究,我们试图分析在不同状态下测得的心跳(心电图)和脑电波(脑电图)的特征,并找到判断放松程度的指标。

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