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Electrical device control system and method based on SSVEP
Electrical device control system and method based on SSVEP
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机译:基于SSVEP的电气设备控制系统及方法
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摘要
In the electric device control system based on the SSVEP, Yusa Bu state-detection Moshi Bu ule can detect the behavior of Yusa Bu over, such as in a state that both eyes closed over a specific period of time. The system control unit can activate the visual stimulus generator set in response thereto. Each visual stimulus generator can output a visual signal presented at a unique frequency. It is possible to selectively attends to a visual stimulus generator of specific related to the interface electrical or a particular device, EEG acquisition unit to capture the EEG signal associated with SSVEP, which is generated by the brain of Yusa Bu over in the meantime Yusa Bu over. Device identification Moshi Bu ule to identify a visual stimulus generator which generates an EEG Ha ° Wasuhe ° vector amplitude te Bu over data related to the fundamental frequency F k particular, it is determined that the main frequency F D, and outputs a visual stimulus in presenting a frequency equal to F D. The system control unit, operating state of the electrical device that sends to Maruchite Bu Bu Ha chair interface unit control commands of the electrical device, related to the visual stimulus generator that has been identified is changed. [Selection] Figure Figure 1
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机译:在基于SSVEP的电子设备控制系统中,Yusa Bu状态检测Moshi Buule可以检测Yusa Bu的行为,例如在特定时间段内双眼都闭合的状态。系统控制单元可以响应于此激活视觉刺激发生器。每个视觉刺激发生器可以输出以唯一频率呈现的视觉信号。有可能选择性地参加与接口电气设备或特定设备有关的视觉刺激发生器,即EEG采集单元以捕获与SSVEP相关的EEG信号,该信号由Yusa Bu的大脑在此期间产生过度。装置识别Moshi Buule识别视觉刺激发生器,该视觉刺激发生器根据与基本频率F k Sub>相关的数据生成EEG Ha°Wasuhe°矢量振幅te Bu,确定主频率F < Sub> D, Sub>并以频率等于F D的频率输出视觉刺激。 Sub>系统控制单元,发送至Maruchite Bu Bu Ha椅子接口单元的电气设备的运行状态改变与已经识别的视觉刺激发生器有关的电气设备的控制命令。 [选择]图图1
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