Figure 1.
Schematic of the sensor placement to quantify the crosstalk in the MMG signals from the three axes of the ED, ECU, and FCU muscles during the UD wrist posture.
Figure 2.
Schematic of the orientations of the Lo, La, and Tr axes of sensor with respect to muscle fiber to detect the MMG signals.
Figure 3.
An example of the MMG signals from the three axes of the ED, ECU, and FCU muscles during the WE posture, which were used to quantify the crosstalk.
Figure 4.
Box whisker plots of crosstalk in the MMG signals generated by each Lo-axis between the a) ED and ECU as well as b) ECU and FCU muscle groups during the wrist postures.
Figure 5.
Box whisker plots of crosstalk in the MMG signals generated by each La-axis between the a) ED and ECU as well as b) ECU and FCU muscle groups during the wrist postures.
Figure 6.
Box whisker plots of crosstalk in the MMG signals generated by each Tr-axis between the a) ED and ECU as well as b) ECU and FCU muscle groups during the wrist postures.
Figure 7.
Schematics of One-Way Repeated Measures ANOVA analyses for the crosstalk values among the Lo, La, and Tr axes between the a) ED and ECU as well as b) ECU and FCU muscle groups during each wrist posture.
Table 1.
LSD post-hoc analyses of the crosstalk values among the Lo, La, and Tr axes of the muscles during each wrist posture.