Maryam GHAHRAMANI

Keyphrases

1. Near-infrared Spectroscopy 100%
2. Parkinson's Disease 81%
3. Older Adults 66%
4. Postural Sway 54%
5. Timed-up-and-go 50%
6. Sit-to-stand 47%
7. Brain-body 44%
8. Older People 43%
9. Postural Control 43%
10. Prefrontal Cortex 42%
11. Fall History 41%
12. Inertial Measurement Unit 41%
13. Dual Task 40%
14. Inertial Sensors 37%
15. Prefrontal Cortex Activity 35%
16. Parkinson's Disease Diagnosis 34%
17. Balance Assessment 34%
18. Machine Learning 32%
19. Older Participants 31%
20. Sit-to-stand Test 31%
21. Sensory Conditions 29%
22. Postural Balance 29%
23. Sensory Manipulation 29%
24. Sensory Input 28%
25. Sway 28%
26. Angular Rotation 27%
27. Cognitive Load 27%
28. Healthy Adults 27%
29. Functional Near-infrared Spectroscopy (fNIRS) 27%
30. Locomotive Syndrome 27%
31. Biofeedback 27%
32. Early Parkinson's Disease 27%
33. Gait 26%
34. Fall Risk 26%
35. Motor Dual-task 25%
36. Cognitive Dual-task 22%
37. Dorsolateral Prefrontal Cortex (DLPFC) 22%
38. Sway Index 20%
39. Elderly Falls 20%
40. Gaussian Mixture Model 20%
41. Swing Time 20%
42. Hemodynamic Response 20%
43. Timed Up-and-go Test 18%
44. Pelvis 18%
45. Gait Performance 17%
46. Stride Length 17%
47. Vibrotactile Biofeedback 17%
48. Inertial Measurement Unit Sensors 17%
49. Machine Learning Models 16%
50. Stand Test 16%