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Analyzing Video Information by Monitoring Bioelectric Signals

机译:通过监控生物电信号来分析视频信息

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摘要

The paper considers the problems of creating tools for video information flow automatic analysis through monitoring certain characteristics of bioelectrical signals of an agent (expert, operator). The authors used spectral analysis methods to obtain time series that illustrate power changes of experimental bioelectric signals (Sa) of an agent during studying a continuous video stream. The fuzzification of spectral features allows moving to fuzzy time series illustrating information evaluation by an agent. The spectra are calculated using a sliding working window from fragments of two types of bioelectric signals, which are recorded synchronously in two autonomous channels. Based on fuzzy evaluations of spectral features and Mamdani fuzzy inference algorithm, the algorithm for analyzing video information allows classifying video fragments according to the sign of agent's emotional reaction. Tsukamoto algorithm localizes time markers that determine the beginning and the end of each fragment.
机译:本文通过监测代理(专家,操作员)的某些特征来创建视频信息流自动分析的工具的问题。作者使用光谱分析方法来获得时间序列,其示出了在研究连续视频流期间代理的实验生物电信号(SA)的功率变化。光谱特征的模糊化允许移动到模糊时间序列,示出了代理的信息评估。光谱使用滑动工作窗口从两种类型的生物电信号的片段计算,它们在两个自主通道中同步地记录。基于光谱特征和Mamdani模糊推理算法的模糊评估,用于分析视频信息的算法允许根据代理情绪反应的符号进行分类视频片段。 Tsukamoto算法本地化了确定每个片段的开始和结尾的时间标记。

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