Physiological Correlates of Perceptual Learning in Monkey V1 and V2

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Items 201–300 of 307

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6. Developmentally stable representations of naturalistic image structure in macaque visual cortex
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7. Motor response specificity in perceptual learning and its release by double training
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8. Perceptual learning across saccades: Feature but not location specific
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9. A Semantic Concept of Auditory Cortex Function and Learning
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10. Motion aftereffect duration is not changed by perceptual learning: Evidence against the representation modification hypothesis
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11. Perceptual Learning at Higher Trained Cutoff Spatial Frequencies Induces Larger Visual Improvements
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12. Categorical perception of orientation in monkeys
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13. Neural tuning and representational geometry
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14. Population coding in area V4 during rapid shape detections
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15. The role of perceptual learning on modality-specific visual attentional effects
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16. Functional consequences of experience‐dependent plasticity on tactile perception following perceptual learning
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17. Minimum perturbation theory of deep perceptual learning
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18. Mechanisms of Perceptual Learning
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19. Experience shapes activity dynamics and stimulus coding of VIP inhibitory and excitatory cells in visual cortex
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20. Decision-making processes in perceptual learning depend on effectors
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21. Development of monotonic neuronal tuning in the monkey inferotemporal cortex through long-term learning of fine shape discrimination
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22. Perceptual Learning: Cortical Changes When Cats Learn a New Trick
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23. Visual Perceptual Learning
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24. PLFest: A New Platform for Accessible, Reproducible, and Open Perceptual Learning Research
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25. Heterogeneous orientation tuning in the primary visual cortex of mice diverges from Gabor-like receptive fields in primates
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26. Subjective and objective evaluation of visual functions in dyslexic children with visual perceptual deficiency—Before and after ten-weeks of perceptual training
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27. Learning by Exposure in the Visual System
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28. Short-Term Attractive Tilt Aftereffects Predicted by a Recurrent Network Model of Primary Visual Cortex
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29. Practice makes perfect
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30. On the Effects of Signal Acuity in a Multi-Alternative Model of Decision Making
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31. Neural Mechanisms of High‐Level Vision
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32. Within-quadrant position and orientation specificity after extensive orientation discrimination learning is related to performance gains during late learning
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33. Can Deep Learning Model Perceptual Learning?
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34. Learning to see again: Perceptual learning of simulated abnormal on- off-cell population responses in sighted individuals
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35. Plasticity of Response Properties of Mouse Visual Cortex Neurons Induced by Optogenetic Tetanization In Vivo
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36. Orientation perception in rhesus monkeys (Macaca mulatta)
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38. Plasticity in V1 Induced by Perceptual Learning
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39. The Interplay Between Cortical State and Perceptual Learning: A Focused Review
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40. Integrated Approaches to Perceptual Learning
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41. Network Supervision of Adult Experience and Learning Dependent Sensory Cortical Plasticity
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42. Neural correlates of learning pure tones versus natural sounds in the auditory cortex
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43. The most sensitive inputs to cutaneous representing regions of primary somatosensory cortex do not change with behavioral training
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44. Perceptual learning: Breaking specificity by variability
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45. Long-term training alters response dynamics in the aging auditory cortex
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46. Applications of Perceptual Learning to Ophthalmology
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47. Search for the Neural Correlates of Learning to Discriminate Orientations: Figure 1.
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48. Cortical Plasticity: A View from Nonhuman Primates
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49. Spontaneous and Training-Induced Visual Learning in Cortical Blindness: Characteristics and Neural Substrates
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50. Informational feedback accelerates learning in multi-alternative perceptual judgements of orientation
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51. Perceptual Learning
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52. The importance of modulatory input for V1 activity and perception
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53. Reference-frame specificity of perceptual learning: The effect of practice
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54. Hierarchical acquisition of visual specificity in spatial contextual cueing
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55. Perceptual Learning
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56. The Effects of Visual Deprivation: Implications for Sensory Prostheses
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57. Bottom-up and top-down factors of motion direction learning transfer
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58. A neural geometry theory comprehensively explains apparently conflicting models of visual perceptual learning
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59. Confidence-Controlled Hebbian Learning Efficiently Extracts Category Membership From Stimuli Encoded in View of a Categorization Task
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60. Context-based modulations of 3D vision are expertise dependent
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61. A Review on Neural Plasticity in Perceptual Learning of Complex Stimulus
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62. Visual neuroscience: A shrewd look at perceptual learning
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63. Dissociable Processes for Orientation Discrimination Learning and Contextual Illusion Magnitude
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64. Visual Improvements after Perceptual Learning Transfer from Normoxia to Hypoxia
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65. Visual perceptual learning is similar across the extrafoveal central visual fields
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66. Correction: Training Top-Down Attention Improves Performance on a Triple-Conjunction Search Task
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67. Validity of Learning
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68. Visual learning for flexible decisions in the human brain
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69. Modeling the origins of spatial and temporal variability in visual cortical representations
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70. Hebbian learning for deciding optimally among many alternatives (almost)
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71. Confidence-controlled Hebbian learning efficiently extracts category membership from stimuli encoded in view of a categorization task
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72. Hierarchical Bayesian Augmented Hebbian Reweighting Model of Perceptual Learning
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73. Single neuron diversity supports area functional specialization along the visual cortical pathways
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74. Asymmetric Transfer of Task Dependent Perceptual Learning in Visual Motion Processing
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76. Neural Mechanisms of Perceptual Learning
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94. Perceptual Learning of Fine Contrast Discrimination Under Non-roving, Roving-Without-Flanker, and Roving-with-Flanker Conditions and its Relation to Neuronal Activity in Macaque V1
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97. Dissociable components of visual perceptual learning characterized by non-invasive brain stimulation: Stage 1 Registered Report
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99. Hierarchical Bayesian augmented Hebbian reweighting model of perceptual learning
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100. A gradient of complementary learning systems emerges through meta-learning
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