These muscle movements are detected by electromyography (EMG) sensors on the skin, and the signals are translated into movements by the prosthetic.
皮肤上的肌电图扫描感受器检测这些肌肉运动，然后信号通过假肢转换成运动。
2
With the resulting EEG and EMG data, the researchers were able to identify signals that occurred consistently during emergency brake response situations.
根据脑电图和肌电图给出的数据，研究人员能够鉴别在紧急制动反应测试中发出的电信号。
3
So while false positives from the signal are possible, the combination of EEG and EMG data makes a false positive much less likely.