Department of Medical and Robotic Engineering Design

Keyphrases

1. Humanoid Robot 100%
2. Near-infrared 60%
3. Yttrium Oxide 55%
4. Nanoparticles 39%
5. Er3+ 39%
6. Nanophosphors 37%
7. Polyethylene Glycol 35%
8. Android Robot 32%
9. Rare-earth-doped Ceramics 31%
10. Systems-based 29%
11. Yb3+ 29%
12. Near-infrared Fluorescence 28%
13. Upconversion Emission 28%
14. Optical Properties 27%
15. Fluorescence Bioimaging 27%
16. Daily Life 26%
17. Transfemoral Amputation 26%
18. Transfemoral Amputee 26%
19. Histidine-rich Protein 2 (HRP2) 25%
20. Bioimaging 25%
21. Mobile Robot 24%
22. Upconversion 23%
23. Running-specific Prosthesis 22%
24. Rare Earth Doping 22%
25. NaYF4 22%
26. Motion Planning 21%
27. Autism Spectrum Disorder 21%
28. Boron 20%
29. Three-dimensional (3D) 20%
30. Near-infrared Excitation 19%
31. Android 19%
32. Nanostructures 19%
33. Robotics 18%
34. Ground Reaction Force 18%
35. Japan 17%
36. Human Motion 17%
37. Sensor Data 17%
38. Human Body 16%
39. Y2O3 Nanoparticles 16%
40. Assistive Devices 16%
41. Fluorozirconate Glasses 16%
42. Discrete Mechanics 16%
43. Gait 15%
44. Leg Stiffness 15%
45. Carbon Black Nanoparticles 15%
46. Emission Intensity 15%
47. Self-configuration 15%
48. Limit Cycle 15%
49. Surface Modification 15%
50. Visual Markers 14%
51. Locomotion 14%
52. Whole-body 14%
53. Maternal Exposure 14%
54. Measurement System 14%
55. Rhombohedral 13%
56. Near-infrared Light 13%
57. Er3+-doped 13%
58. Acrylic Acid 13%
59. Elderly People 13%
60. Initial Angular Momentum 13%
61. Rheonomous Affine Constraints 13%
62. Upconversion Nanocrystals 13%
63. Space Robot 13%
64. Spark Plasma Sintering 13%
65. Control Method 13%
66. Human Behavior 13%
67. Visible-infrared 13%
68. Joint Angle 12%
69. Action Recognition 12%
70. Deep Tissue 12%
71. Airway 12%
72. Human-like 12%
73. Robot Base 12%
74. Sintering Temperature 12%
75. Pressure Ulcer 12%
76. Small Airways 12%
77. Near-infrared-II 12%
78. Particle Size 12%
79. Eu3+ 12%
80. Pose Estimation 11%
81. Near-infrared Emission 11%
82. Whole-body Movement 11%
83. Low Temperature 11%
84. Fluorescence Imaging 11%
85. Biological Tissue 11%
86. Near-infrared Hyperspectral Imaging (NIR-HSI) 11%
87. Phase Separation 11%
88. Prosthetic Limb 11%
89. Shear Stress 11%
90. In Vivo Imaging 11%
91. Home Environment 11%
92. Diesel Exhaust 11%
93. Assistive Robotics 11%
94. Ceramic Nanoparticles 11%
95. Mechanical Properties 11%
96. Pressure Distribution 10%
97. Vision-based 10%
98. Nanometre 10%
99. Motion Generation 10%
100. Cancer Cells 10%