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Assessment of muscle performance using vibromyography (VMG) and electromyography(EMG)

机译:使用振动识别(VMG)和肌电图(EMG)评估肌肉性能

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The present work shows a preliminary study conducted using Vibromyography (VMG) sensor and Electromyography (EMG) sensor with the help of Biodex system on evaluating muscle performances. Surface EMG and Biodex torque are set as reference signal to be compared with VMG signal obtained from the experiment. A total of 5 healthy subjects performed isokinetic knee extension exercise at the speed of 90 deg·s and 120 deg·s supported by biodex dynamometer. Preliminary statistical analysis to find the correlation between the reference signals is calculated. An acceptable high correlation values was obtained for both speeds where Biodex-VMG shows (r=0.80 and r=0.81), Biodex-EMG shows (r=0.89 and r=0.88) and VMG-EMG shows(r=0.78 and r=0.77) for speed 90 deg·s and 120 deg·s respectively. A slightly higher correlation was achieved between biodex and VMG suggesting the high potential of the sensor for mechanical evaluations. However further analysis considering various conditions is needed in order to prove the reliability of VMG as a sensor to measure force related parameter in muscle evaluation.
机译:目前的工作表明,在评估肌肉表演时,使用振动体积(VMG)传感器和肌电学(EMG)传感器进行初步研究。表面EMG和BIODEX扭矩被设定为与从实验获得的VMG信号进行比较的参考信号。共有5个健康的受试者以90℃和120℃的速度进行等级的膝关节延长运动,由Biodex测力计支撑。初步统计分析来计算参考信号之间的相关性。获得可接受的高相关值对于BioDex-VMG所示(R = 0.80和R = 0.81),BioDex-EMG表示(r = 0.89和r = 0.88)和VMG-EMG表示(r = 0.78和r = 0.77)分别为速度90℃和120℃。 Biodex和VMG之间实现了稍高的相关性,表明传感器用于机械评估的高潜力。然而,考虑需要进行各种条件的进一步分析,以便证明VMG作为传感器以测量肌肉评估中的力相关参数的可靠性。

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