Remote detection of music influence with physical sensor

Konstantin G. Korotkov
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引用次数: 2

Abstract

Goals and objectives of the study: The goal of this paper was to study the possibility of remote detection of electronic music influence with a physical sensor. Study design: Bio-Well technology with a special environmental sensor was used in the study. This sensor was developed for the analysis of the electromagnetic fields and was shown to respond to the changed in the environmental parameters. Signal of a sensor was detected for an hour in the background mode after this music was turned on for 20 minutes, and then after-effect was detected for about one hour. In experiment 5 different files of the modern electronic music “Yippi Wave 3.0” (https://yippiweb.com/what-is-wave) in *wav format and several files of Handel music have been used. Results: The statistically significant changes of sensor parameters to “Yippi Wave 3.0” music were detected in several time-series, while no response to Handel music. Conclusions: This study should be considered a pilot study and the results are preliminary. We need to conduct experiments with different sources of both acoustic and electromagnetic signals and the possibility of their registration by the Bio-Well device
用物理传感器远程检测音乐影响
研究的目标和目的:本文的目标是研究用物理传感器远程检测电子音乐影响的可能性。研究设计:采用Bio-Well技术和一种特殊的环境传感器。该传感器用于电磁场分析,并对环境参数的变化做出了响应。该音乐打开20分钟后,在背景模式下检测传感器信号1小时,然后检测后效约1小时。实验中使用了*wav格式的现代电子音乐“Yippi Wave 3.0”(https://yippiweb.com/what-is-wave)的5个不同的文件和汉德尔音乐的几个文件。结果:在多个时间序列中,传感器参数对“Yippi Wave 3.0”音乐的变化均有统计学意义,而对Handel音乐无响应。结论:本研究应被视为一项试点研究,结果是初步的。我们需要对不同来源的声波和电磁信号进行实验,以及生物井设备对它们进行登记的可能性
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