amplification; biomedical equipment; dentistry; electromyography; feature extraction; feature selection; feedback; medical disorders; medical signal detection; medical signal processing; portable instruments; sleep; EMG instrument design; EMG signal frequency; EMG signal recording; SB activity detection; SB activity mimicking; SB symptom alleviation; abnormal activity detection device; biofeedback method; biofeedback system; bruxism detection; clenching signal selection; dentistry; frequency 100 Hz to 500 Hz; frequency selection; grinding signal selection; masseter muscle MVC; maximum EMG signal value; maximum voluntary contraction; patient life quality; portable particular purposed EMG device design; portable particular purposed electromyography device; signal amplification; sleep bruxism treatment; stimuli feedback generation; teeth clenching; teeth grinding; teeth problem worsening prevention; Electromyography; EMG; EMG device; clenching; grinding; sleep bruxism;
机译:新开发的便携式PSG设备的准确性,用于检测睡眠拟订相关的墓穴EMG肌肉活动
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机译:土耳其患者继发磨牙症后颞下颌关节盘和颞肌和咬肌的变化
机译:11肌肉肌肉活性与各种高度咬合板的共同关系:通过24小时咀嚼肌肉EMG