Figures index

From

EMG Signals for Co-Activations of Major Lower Limb Muscles in Knee Joint Dynamics

Md. T. I. Khan, T. Kurita

Biomedical Science and Engineering. 2015, 3(1), 9-14 doi:10.12691/bse-3-1-3
  • Figure 1. EMG sensing domain for muscular effects on left leg [8,9]
  • Figure 2. Block diagram of Experimental apparatus and methods
  • Figure 3. EMG instantaneous signals for aged people (60 years); (a) vastus lateralis signals of left leg, (b) gastrocnemius signals of left leg
  • Figure 4. EMG instantaneous signals for young people (20 years); (a) vastus lateralis signals of left leg, (b) gastrocnemius signals of left leg
  • Figure 5. Maximum amplitude of vastus lateralis for aged people of left leg; (a) for standing, (b) for sitting
  • Figure 6. Maximum amplitude of gastrocnemius for aged people, left leg; (a) for standing, (b) for sitting
  • Figure 7. Maximum amplitude of vastus lateralis for young people, left leg; (a) for standing, (b) for sitting
  • Figure 8. Maximum amplitude of gastrocnemius for young people, left leg; (a) for standing, (b) for sitting
  • Figure 9. Maximum amplitude with respect to peak frequency (PF) of 60 years people (Vastus Lateralis) for standing
  • Figure 10. Maximum amplitude with respect to peak frequency (PF) of 20 years people (Vastus Lateralis) for standing
  • Figure 11. Maximum amplitude with respect to peak frequency (PF) of 60 years people (Vastus Lateralis) for sitting
  • Figure 12. Maximum amplitude with respect to peak frequency (PF) of 20 years people (Vastus Lateralis) for sitting
  • Figure 13. Comparison of squared deviation from mean value of PF for vastus lateralis during sitting of young (VL20) and aged (VL60) people
  • Figure 14. RMS amplitude values of gastrocnemius muscle; (a) for standing and (b) for sitting