從認知神經科學研究取向探討衝動控制的神經機制與行為調控(3/3)

Keyphrases

1. Motor Inhibition 100%
2. Inhibitory Control 83%
3. Grip Force 66%
4. Electroencephalography 66%
5. Motor Error 60%
6. Electrophysiologic 50%
7. Carrier Frequency 50%
8. Human Visual System 50%
9. Error Monitoring 50%
10. Amplitude Modulation 50%
11. Spectral Analysis 50%
12. Stop-signal Task 43%
13. Error Processing 33%
14. Alpha Power 33%
15. Theta Power 33%
16. Hilbert-Huang Transform 33%
17. Error Correction 30%
18. Correction Process 26%
19. Attentional Capture 26%
20. Fourier Analysis 25%
21. Two-dimensional Frequency Spectrum 25%
22. Electrophysiological Response 25%
23. Amplitude-modulated Signal 25%
24. Nonlinear Structures 25%
25. Neural Processes 25%
26. Sensory Signal 25%
27. Modulated Stimulus 25%
28. Visual System 25%
29. Brain Processes 25%
30. System Process 25%
31. Human Brain 25%
32. Holo-Hilbert Spectral Analysis 25%
33. Stimulus Intensity 25%
34. Steady-state Visual Evoked Potential (SSVEP) 25%
35. Amplitude Modulated 25%
36. Conventional Analysis 25%
37. Force Rate 20%
38. Novel Stimuli 20%
39. Lateralized Readiness Potential 20%
40. Objective Indices 20%
41. N2 Component 20%
42. Electrophysiological Characteristics 16%
43. Mirror Error 16%
44. Partial Failure 16%
45. Fine Motor 16%
46. Inhibition Control 16%
47. Time-frequency Characteristics 16%
48. Beta-gamma 16%
49. Gamma Power 16%
50. Low gamma 16%
51. Error Response 16%
52. Early Detection 16%
53. Stop-signal Paradigm 16%
54. Monitoring Mechanism 16%
55. In Tandem 16%
56. Control Process 16%
57. Response Inhibition 16%
58. Inhibition Process 16%
59. Laboratory Setting 16%
60. Rate Measures 10%
61. Potential Amplitude 10%
62. Premotor Cortex 10%
63. Response Force 10%
64. Nervous System 10%
65. Inhibition Index 10%
66. Motor Processing 10%
67. Reliable Indices 10%
68. Signal Delay 10%
69. Electrophysiological Measures 10%
70. Capture Effect 10%
71. Inhibitory Processes 10%
72. N1 Component 10%
73. Error-related Negativity 10%
74. Stop Signal 10%
75. Prepotent Responses 10%
76. Partial Response 10%
77. Response Time 10%
78. Sudden Change 10%
79. Primary Motor Cortex 10%
80. Right Inferior Frontal Gyrus (rIFG) 10%
81. Source Analysis 10%
82. Executive Control 10%
83. Functional Overlap 10%
84. Associated Areas 10%
85. Force Measurement 10%
86. Motor Response 10%

Engineering

1. Monitoring Error 50%
2. Spectral Dimension 50%
3. Human Visual System 50%
4. Carrier Frequency 50%
5. Inhibition 50%
6. Amplitude Modulation 50%
7. Frequency Spectrum 25%
8. Signal Modulation 25%
9. Two Dimensional 25%
10. Alpha Power 25%
11. Human Brain 25%
12. Incoming Signal 25%
13. Theta Power 25%
14. Broad Range 25%
15. Grip Force 12%
16. Early Detection 12%
17. Gamma Power 12%
18. Frequency Characteristic 12%
19. Process Control 12%