電機工程學系

Engineering

1. Gallium Arsenide 100%
2. Experimental Result 98%
3. Quantum Dot 63%
4. Bandpass Filter 61%
5. Heterojunctions 61%
6. Motor Drive 59%
7. Control System 55%
8. Photodiode 55%
9. Electric Power Utilization 55%
10. Simulation Result 51%
11. Output Power 44%
12. Quantum Well 43%
13. Bipolar Transistor 43%
14. Light-Emitting Diode 41%
15. Voltage-Controlled Oscillator 39%
16. Photonics 39%
17. Antenna 39%
18. Indium Gallium Arsenide 39%
19. Resonator 39%
20. Mixers (Machinery) 37%
21. Millimeter Wave 37%
22. Harmonics 35%
23. Power Amplifier 35%
24. Sliding Mode Control 34%
25. Amplifier 34%
26. Phase Noise 33%
27. Supply Voltage 32%
28. Induction Motor 32%
29. Waveguide 32%
30. Recurrent 31%
31. Servomotors 29%
32. Energy Engineering 27%
33. Sliding Mode 26%
34. Oscillator 25%
35. Neural Network Controller 25%
36. Drive System 25%
37. Low-Temperature 25%
38. Fuzzy System 24%
39. Cavity Surface 24%
40. Emitting Laser 24%
41. Low Noise Amplifier 24%
42. Responsivity 24%
43. Metal-Oxide-Semiconductor Field-Effect Transistor 23%
44. Phase Locked Loop 23%
45. MPEG 22%
46. Insertion Loss 22%
47. Passive Device 21%
48. W-Band 21%
49. Synchronous Motor 21%
50. Field Programmable Gate Arrays 21%
51. Ultrasonics 20%
52. Permanent Magnet 20%
53. Control Scheme 20%
54. Room Temperature 20%
55. Multiple-Input Multiple-Output 20%
56. Balun 20%
57. Power Engineering 20%
58. Photometer 20%
59. Field-Effect Transistor 19%
60. V-Band 18%
61. Monolithic Microwave Integrated Circuits 18%
62. Breakdown Voltage 18%
63. Passbands 18%
64. Inverter 17%
65. Dielectrics 17%
66. Permanent Magnet Synchronous Motor 17%
67. Transceiver 17%
68. Aluminium Gallium Arsenide 17%
69. Built-in Self Test 16%
70. Control Design 16%
71. Current Drain 16%
72. System-on-Chip 16%
73. Db Bandwidth 16%
74. Electric Lines 16%
75. Current Gain 15%
76. Controller Design 15%
77. Reliability Availability and Maintainability (Reliability Engineering) 15%
78. Piezoelectric 15%
79. Large-Scale Systems 15%
80. Electric Field 15%
81. Fuzzy Control 15%
82. Power Quality 15%
83. Parameter Variation 15%
84. Energy Dissipation 15%
85. Transients 14%
86. Two Dimensional 14%
87. Tunnel Construction 14%
88. Optical Interconnect 14%
89. Control Structure 14%
90. Avalanche Photodiode 14%
91. Return Loss 14%
92. Simulated Result 14%
93. Illustrates 14%
94. Random Access Memory 14%
95. Photodetector 14%
96. Chip Area 14%
97. K-Band 14%
98. Operating Frequency 13%
99. Radio Frequency 13%
100. Quarter Wavelength 13%

Keyphrases

1. Gallium Arsenide 75%
2. Indium Gallium Nitride (InGaN) 48%
3. High Power 43%
4. Low Power 42%
5. High Performance 42%
6. Power Consumption 42%
7. Quantum Dots 41%
8. Controller 41%
9. CMOS Process 38%
10. UTC-PD 37%
11. Power Output 35%
12. W-band 35%
13. CMOS Technology 33%
14. Optical Transmitters 33%
15. Vertical-cavity Surface-emitting Laser (VCSEL) 33%
16. High Efficiency 33%
17. InGaAs 33%
18. Photodiode 33%
19. Fuzzy Control 32%
20. Bandpass Filter 32%
21. GaN HEMT 32%
22. Voltage-controlled Oscillator 31%
23. Mixer 30%
24. Heterojunction Bipolar Transistors 29%
25. Servo Drive 28%
26. Millimeter Wave 28%
27. Light-emitting Diodes 27%
28. Neural Network 27%
29. Multiple Quantum Wells 27%
30. Control System 26%
31. AlGaN-GaN 26%
32. Servo Motor 25%
33. Antenna 25%
34. Transistor 24%
35. Supply Voltage 24%
36. Room Temperature 23%
37. Power Amplifier 23%
38. 90-nm CMOS Technology 23%
39. SiGe 23%
40. Ballistic 23%
41. Fuzzy Neural Network 22%
42. Optical Interconnects 22%
43. Molecular Beam Epitaxy 21%
44. GaN-based 21%
45. Low Phase Noise 20%
46. Low Noise Amplifier 20%
47. V-band 20%
48. High Electron Mobility Transistor 20%
49. Photonics 20%
50. Induction Motor Drive 19%
51. Insertion Loss 19%
52. Zn Diffusion 19%
53. Sliding Mode 18%
54. Chip Size 18%
55. Microstrip 18%
56. Microstrip Bandpass Filter 17%
57. Gbps 17%
58. InAs Quantum Dots 17%
59. Phase Noise 17%
60. Responsivity 17%
61. InP HEMT 17%
62. InAlAs 17%
63. Temperature Effect 17%
64. Oxides 17%
65. Sliding Mode Control 16%
66. Optical Properties 16%
67. 3-dB Bandwidth 16%
68. Control Scheme 16%
69. Architectural Design 16%
70. On chip 16%
71. Resonator 16%
72. P-GaN 16%
73. Sub-terahertz (sub-THz) 16%
74. Low Temperature 15%
75. Transmission Zero 15%
76. Metal-organic Chemical Vapor Deposition (MOCVD) 15%
77. Field Programmable Gate Arrays 15%
78. Integrated Passive Device Technology 15%
79. Phase-locked Loop 15%
80. Proposed Design 15%
81. Wideband 14%
82. Ultra-wideband 14%
83. Built-in-self-test (BiST) 14%
84. Transmitter 14%
85. Measurement Results 14%
86. Parameter Variation 14%
87. Avalanche Photodiode 14%
88. Lumped Uncertainty 14%
89. Coplanar Waveguide 14%
90. Variable Structure Control 14%
91. K-band 14%
92. Control Performance 14%
93. Chip Area 14%
94. Tunneling Current 14%
95. Permanent Magnet Linear Synchronous Motor (PMLSM) 14%
96. Return Loss 13%
97. Radial Basis Function Neural Network (RBFNN) 13%
98. Three-dimensional (3D) 13%
99. GaAs Substrate 13%
100. Speed-power 13%