手机辐射对脑电图的影响

C. Smitha, N. Narayanan
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引用次数: 6

摘要

脑电图(EEG)是脑电位振荡的记录。脑电图为观察大脑提供了一个方便的窗口,揭示了与大脑状态密切相关的突触活动。分形维数,信号复杂性的度量,可以用来表征大脑的生理状况。由于脑电信号是非线性的、非平稳的和有噪声的,非线性方法将适合于分析。本文将Higuichi的分形维数分析应用于脑电图的分形维数计算。研究人员记录了10名志愿者在休息和接触不同SAR值的手机射频辐射时的脑电图。手机先放置在耳廓处,再放置在Cz位旁边。所有条件的分形维数使用f检验进行计算和分析,在大多数情况下,零假设被拒绝,置信度为95%。这一统计结果表明,在使用手机的过程中,FD发生了一些变化,这说明了辐射对大脑活动的影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Effect of Mobile Phone Radiation on EEG
The electroencephalogram (EEG) is a record of the oscillations of brain electric potentials. The EEG provides a convenient window on the mind, revealing synaptic action that strongly co-relate with brain state. Fractal dimension, the measure of signal complexity can be used to characterize the physiological conditions of the brain. As the EEG signal is non linear, non stationary and noisy, non linear methods will be suitable for the analysis. In this paper Higuichi's fractal dimension analysis is applied to find the fractal dimension of EEG. EEGs of 10 volunteers were recorded at rest and on exposure to radio frequency (RF) emissions from mobile phones having different SAR values. Mobile phones were positioned first at the auricle and then next to Cz position. Fractal dimensions for all conditions are calculated and analyzed using F-test, In most of the cases, null hypothesis is rejected with 95% confidence. This statistical result shows that there are some changes in the FD while using mobile phone, which demonstrate transformation in the activities of brain due to radiation.
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