大学院理工学研究科

Engineering

1. Adaptive Control 53%
2. Antenna 59%
3. Applicability 12%
4. Axial Ratio 19%
5. Battery (Electrochemical Energy Engineering) 11%
6. Breakdown Voltage 23%
7. Brillouin Zone 12%
8. Buffer Layer 27%
9. Circular Polarization 22%
10. Computer Simulation 21%
11. Conductive 14%
12. Control Algorithm 10%
13. Control Law 20%
14. Control Scheme 23%
15. Control System 43%
16. Controller Design 18%
17. Conventional Method 18%
18. Current-Voltage Characteristic 14%
19. Delay Time 33%
20. Design Method 15%
21. Design Parameter 10%
22. Dielectric Elastomer Actuator 16%
23. Directional 12%
24. Discrete Time 19%
25. Domain Reflectometry 12%
26. Drive System 11%
27. Driver Model 10%
28. Electric Field 19%
29. Electric Power Distribution 18%
30. Electric Vehicle 23%
31. Electrostatics 13%
32. Energy Conservation 10%
33. Energy Engineering 43%
34. Experimental Result 83%
35. Feedback Control System 31%
36. Field Effect Transistor 23%
37. Finite Element Method 46%
38. Gallium Arsenide 54%
39. Global Stability 12%
40. Graphene 10%
41. Harmonics 29%
42. Humanoid Robot 10%
43. Illustrates 13%
44. Image Processing 11%
45. Impact Ionization 14%
46. Infrastructure 11%
47. Internet of Things 13%
48. Japan 27%
49. Joints (Structural Components) 46%
50. Loop Antenna 24%
51. Low-Temperature 12%
52. Magnetic Field 24%
53. Measurement System 11%
54. Microstructure 25%
55. Mobile Robot 23%
56. Modeling Error 10%
57. Motor Drive 13%
58. Nanometre 11%
59. Nanoparticle 12%
60. Nodes 11%
61. Nonlinear System 20%
62. Nonlinearity 32%
63. Output Feedback 17%
64. Output Power 17%
65. Passivation Layer 25%
66. Permanent Magnet 40%
67. Permanent Magnet Synchronous Motor 50%
68. Phase Shift 15%
69. Piezoelectric Actuator 27%
70. Pneumatic Artificial Muscle 10%
71. Pneumatics 11%
72. Point Cloud 36%
73. Position Control 11%
74. Power Amplifier 10%
75. Power Distribution 17%
76. Power Engineering 14%
77. Power Supply 31%
78. Predictive Control Model 12%
79. Reluctance Motor 29%
80. Robot 100%
81. Room Temperature 10%
82. Rotors 35%
83. Secondary Phase 14%
84. Simulated Result 13%
85. Simulation Result 44%
86. Simulators 17%
87. Sinkage 11%
88. Superconductor 74%
89. Support System 20%
90. Surface Acoustic Wave 14%
91. Surface State 24%
92. Synchronous Machine 11%
93. Tasks 33%
94. Thin Films 30%
95. Transients 22%
96. Transmissions 30%
97. Two Dimensional 32%
98. Ultrasonics 11%
99. Unmanned Aerial Vehicle 16%
100. Virtual Reality 11%

Keyphrases

1. Acceptor Density 14%
2. Actuator 6%
3. Adaptive Control 25%
4. Antenna 13%
5. Axial Ratio Bandwidth 6%
6. Breakdown Characteristics 12%
7. Breakdown Voltage 16%
8. Brillouin Optical Correlation-domain Reflectometry 6%
9. Buffer Layer 31%
10. Buffer Traps 8%
11. Bulk MgB2 7%
12. Bulk Samples 6%
13. Bulk Superconductor 24%
14. Calorimeters 10%
15. Challenging Tasks 6%
16. Control Law 7%
17. Control Method 7%
18. Controller 11%
19. Controller Design 6%
20. Cosmic Rays 11%
21. Critical Current Density 14%
22. Current Collapse 17%
23. Current Slump 13%
24. Current Transient 7%
25. Data with Tolerance 6%
26. Deep Acceptor 22%
27. Deep Donor 10%
28. Drain Current 8%
29. Drain Lag 12%
30. Drain Voltage 6%
31. Electric Vehicle 6%
32. Energy Spectrum 6%
33. Field Plate 33%
34. Finite Element Analysis 8%
35. Fuzzy C-means Clustering 8%
36. GaAs FET 7%
37. GaAs MESFET 24%
38. Gallium Arsenide 7%
39. Gamma Rays 8%
40. GaN FET 11%
41. GaN HEMT 38%
42. GaN MESFET 7%
43. Gate Lag 11%
44. GdBaCuO 8%
45. Global Stability 7%
46. Guiding Layer 12%
47. High Precision Control 9%
48. High-k Passivation Layer 9%
49. Hysteresis 21%
50. Hysteresis Nonlinearity 12%
51. I-V Curve 9%
52. Infiltration Growth 11%
53. Interferometric 7%
54. International Space Station 15%
55. Japan 12%
56. Kawaii 17%
57. Lag Phenomena 15%
58. LHCf 10%
59. Long Distance 7%
60. Loop Antenna 6%
61. Magnetic Field 10%
62. Magnetic Garnet 7%
63. MgB2 12%
64. Microstructure 10%
65. Mobile Robot 7%
66. Nanopositioner 9%
67. Nonreciprocal Phase Shift 11%
68. Numerical Analysis 9%
69. Numerical Examples 7%
70. Numerical Simulation 7%
71. Optical Isolator 21%
72. Optimization Problem 7%
73. Oscillator Network 7%
74. Passivation Layer 9%
75. Piezo 9%
76. Piezo-actuated Stage 8%
77. Piezoelectric Actuator 11%
78. Plate Effects 6%
79. Positioning Mechanism 11%
80. Power Distribution Network 6%
81. Prandtl-Ishlinskii Model 12%
82. Pulsed I-V 8%
83. Quasi-pulsed 6%
84. Robust Control 6%
85. Self-field 6%
86. Semi-insulating 9%
87. Superconducting Properties 11%
88. Superconductor 13%
89. Surface States 15%
90. Switched Reluctance Motor 6%
91. Tokyo 9%
92. Trapped Field 8%
93. Trapped Magnetic Field 6%
94. Trapping Effects 12%
95. Two Dimensional 8%
96. Two-dimensional Analysis 6%
97. Two-dimensional Simulation 6%
98. Waveguide 11%
99. Y123 6%
100. YBaCuO 13%