Decoding Dorsal Depth processing in the human brain(Wellcome Trust Senior Research Fellowship in Basic Biomedical Science)

Keyphrases

1. Functional Magnetic Resonance Imaging 100%
2. Binocular Disparity 76%
3. Visual System 63%
4. Depth Cues 53%
5. Visual Cortex 50%
6. Visual Areas 43%
7. Perceptual Bias 40%
8. Task Training 40%
9. Surface Orientation 40%
10. Somatosensory Cortex 40%
11. Visual Cues 40%
12. Specular Reflection 40%
13. Perceptual Memory 40%
14. Signal-to-noise 40%
15. Perceptual Integration 40%
16. Retinotopic 40%
17. Human Brain 40%
18. Layer Decomposition 40%
19. Bistable Stimuli 40%
20. Surface Structure 40%
21. Perceptual Learning 40%
22. Cortical Circuits 30%
23. Plaid 30%
24. Matte 26%
25. Intrinsic Markers 26%
26. Long-term Bias 26%
27. Surface Properties 26%
28. Visual Properties 26%
29. Ambiguous Stimuli 26%
30. Glossy Surface 26%
31. Reflectance Changes 20%
32. AM Signal 20%
33. Feature Difference 20%
34. Decoding Accuracy 20%
35. Reliable Estimation 20%
36. Multiple Depths 20%
37. Slant Angle 20%
38. Cue Conflict 20%
39. Human Observer 20%
40. Incongruity 20%
41. Prediction Method 20%
42. Transfer Learning 20%
43. 3D Perception 20%
44. Cortical Response 20%
45. Illumination Change 20%
46. Multivariate Pattern Classification 20%
47. Three-dimensional Surface 20%
48. Three-dimensional Object 20%
49. Slanted Planes 20%
50. Cortical Areas 20%
51. Surface Tilt 20%
52. Monocular Cues 13%
53. Signal Base 13%
54. Physical Stimuli 13%
55. Short-term Process 13%
56. Priori Probability 13%
57. Horizontal Disparity 13%
58. Specular Object 13%
59. Perceptual Stabilization 13%
60. Visual Appearance 13%
61. Binocular Stereopsis 13%
62. Grasping Force 13%
63. Break Period 13%
64. Positive Priming 13%
65. Matte Surface 13%
66. Experience-dependent 13%
67. Erroneous Judgment 13%
68. Surface Material 13%
69. Highly Similar 13%
70. Somatosensory Area 13%
71. Brain Activation 13%
72. Perceived Depth 13%
73. Vertical Disparity 13%
74. Retinal Image 13%
75. Tactile Stimulation 13%
76. Disparity Information 13%
77. Surface Location 13%
78. Visual Depth 13%
79. Disparity Gradient 13%
80. Sensory Signal 13%
81. Rough Surface 13%
82. Nearby Object 13%
83. Associative Learning 13%
84. Compositional Structure 13%
85. Necker Cube 13%
86. Visual Features 13%
87. Neural Circuits 13%
88. Perceptual State 13%
89. General Mechanism 13%
90. Multiple Time Scales 13%
91. Interocular 13%
92. Binocular 13%
93. Perceptual Ambiguity 13%
94. 3D Shape 13%
95. Object Surface 13%
96. Perceptual Organization 13%
97. Friction 13%
98. Visual Information 13%
99. Material Composition 13%
100. Secondary Cues 10%
101. Presentation Duration 10%
102. In-plane Orientation 10%
103. Concave Dimple 10%
104. Psychophysical Test 10%
105. Stereogram 10%
106. Depth Judgment 10%
107. Old Masters 10%
108. System Flexibility 10%
109. Cue Integration 10%
110. Visual Cortical Areas 10%
111. Usage Patterns 10%
112. Support Layer 10%
113. Visual Processing 10%
114. Specific Mechanisms 10%
115. Bayesian Inference 10%
116. Pattern Classification 10%
117. Surface Reflectance 10%
118. Presentation Time 10%
119. Surface Texture 10%
120. Phase Relationship 10%
121. Classification Analysis 10%
122. Perceptual Processes 10%
123. First-order 10%
124. Depth Representation 10%
125. Random Dots 10%
126. Transfer Test 10%
127. Perceptual Level 10%
128. Depth Structure 10%
129. Signal Change 10%
130. Bump 10%
131. Spatial Frequency 10%
132. Shading Patterns 10%
133. Scission 10%
134. Surface Changes 10%
135. Luminance Variation 10%
136. Behavioural Support 10%
137. 3D Structure 10%
138. Cluttered Background 6%
139. Similar Items 6%
140. Feature Testing 6%
141. Generalized Processes 6%
142. Feature Representation 6%
143. Visual Judgment 6%
144. Psychophysical Measures 6%
145. Item Features 6%
146. Task Type 6%
147. Component Features 6%
148. Target Segmentation 6%
149. Perceptual Function 6%
150. Performance Test 6%
151. Contrastive Learning 6%
152. Performance Improvement 6%
153. Human Participants 6%