Center for Rehabilitation Robotics

Keyphrases

1. Virtual Reality 100%
2. Upper Extremity 97%
3. Virtual Environment 76%
4. Virtual Reality Exposure Therapy 63%
5. Hand Function 51%
6. Post-stroke 51%
7. Upper Extremity Function 46%
8. Chronic Stroke 45%
9. Finger Movement 43%
10. Hemiparesis 42%
11. Wolf Motor Function Test 34%
12. Rehabilitation System 33%
13. Jebsen 32%
14. Motor Cortex 31%
15. Functional Magnetic Resonance Imaging 31%
16. Ipsilesional 30%
17. Kinematic Indicators 30%
18. Upper Limb Rehabilitation 30%
19. Hand Movement 28%
20. Visual Feedback 28%
21. Robot-assisted 27%
22. Robotics 26%
23. Persons with Stroke 25%
24. Virtual Training 23%
25. Mirror Visual Feedback 22%
26. Neural Mechanisms 22%
27. Virtual Simulation 22%
28. Hand Rehabilitation 21%
29. Sensorimotor Training 19%
30. Hemiplegia 19%
31. Arm Movement 18%
32. Upper Limb 18%
33. Motor Evoked Potential 17%
34. Visuomotor 17%
35. Motor Learning 17%
36. Kinematics 17%
37. Cerebral Palsy children 16%
38. Transcranial Magnetic Stimulation 16%
39. Arm Training 16%
40. Motor Recovery 16%
41. Reach-to-grasp 16%
42. Real Objects 15%
43. Repetitive Task Practice 15%
44. Rehabilitation Activities 15%
45. Virtual Hand 15%
46. Hands-on Training 14%
47. New Jersey 14%
48. Sensorimotor 14%
49. Corticospinal Tract 14%
50. Motor Control 13%
51. Clinical Measures 13%
52. Veridical 13%
53. Motor Function 12%
54. Arm Kinematics 12%
55. Motor Performance 12%
56. Fugl-Meyer Assessment 12%
57. Virtual Objects 11%
58. Stroke Patients 11%
59. Motor Skills 11%
60. Hand Motion 11%
61. Training Program 11%
62. Forearm 11%
63. Three-dimensional (3D) 11%
64. Therapist 11%
65. Movement Kinematics 10%
66. Subacute Phase 10%
67. Finger Flexion 10%
68. Virtual piano 10%
69. Bimanual Training 10%
70. Subacute Stroke 10%
71. Force Applied 10%
72. Institutes of Technology 10%
73. Hemiparetic-arm 10%
74. Training System 10%
75. Training Session 10%
76. Proof of Concept Study 10%
77. Robotic System 10%
78. Intraparietal Sulcus 10%
79. Haptic Assistance 10%
80. Finger Range of Motion 10%
81. Haptic Master 10%
82. Joint Angle 10%
83. Home-based Exercise 9%
84. Robotic Intervention 9%
85. Sensory-motor 9%
86. Arm Rehabilitation 9%
87. Visually Guided 9%
88. Interaction Force 9%
89. Exoskeleton Robot 9%
90. Data Glove 9%
91. Admittance Control 9%
92. Effective Connectivity 9%
93. Three-dimensional Space 9%
94. Target-directed 8%
95. Motor Intervention 8%
96. Clinical Test 8%
97. Adaptive Robot 8%
98. Exoskeleton 8%
99. Functional Recovery 8%
100. Movement Rehabilitation 8%