跨動作器官之序列學習與遷移:腦磁波研究 1110801~1121231
[動作學習,序列學習,隱性學習,腦磁波
,
motor learning,sequence learning,implicit learning,magnetoencephalography]
跨動作器官之序列學習與遷移:腦磁波研究 1100801~1110731
[動作學習,序列學習,隱性學習,腦磁波
,
motor learning,sequence learning,implicit learning,magnetoencephalography]
跨動作器官之序列學習與遷移:腦磁波研究 1090801~1100731
[動作學習,序列學習,隱性學習,腦磁波
,
motor learning,sequence learning,implicit learning,magnetoencephalography]
跨動作器官之序列學習與遷移:腦磁波研究 1080801~1090731
[動作學習,序列學習,隱性學習,腦磁波
,
motor learning,sequence learning,implicit learning,magnetoencephalography]
心理壓力對外顯及內隱式動作學習歷程影響之神經機制 1080101~1081231
認知老化與抑制功能:腦功能活動及神經傳導物研究 1070801~1080731
心理壓力對外顯及內隱式動作學習歷程影響之神經機制 1070101~1071231
認知老化與抑制功能:腦功能活動及神經傳導物研究 1060801~1070731
心理壓力對外顯及內隱式動作學習歷程影響之神經機制 1060101~1061231
認知老化與抑制功能:腦功能活動及神經傳導物研究 1050801~1060731
知覺回饋對動作學習之影響:功能性磁振造影研究 1050101~1051231
知覺回饋對動作學習之影響:功能性磁振造影研究 1040101~1041231
期刊著作
Inequivalent and uncorrelated response priming in motor imagery and execution
Frontiers in Psychology,
15,
2024-01-01
[
functional equivalence hypothesis,motor imagery,motor simulation theory,repetition and binding,S-R binding
]
Information-Theoretic Quantification of Dedifferentiation in the Aging of Motor and Executive Functions
Frontiers in Aging Neuroscience,
13,
2021-08-20
[
BIT,dedifferentiation,Fitts' law,generalized linear mixed models,majority function
]
Team sport expertise shows superior stimulus-driven visual attention and motor inhibition
PLoS ONE,
14,
5,
2019-05-01
TAIWANESE NORMS FOR THE HARVARD GROUP SCALE OF HYPNOTIC SUSCEPTIBILITY, FORM A
International Journal of Clinical and Experimental Hypnosis,
67,
2,
136-156,
2019-04-03
Monetary reward and punishment to response inhibition modulate activation and synchronization within the inhibitory brain network
Frontiers in Human Neuroscience,
12,
2018-03-01
Relationship between mode of sport training and general cognitive performance
Journal of Sport and Health Science,
6,
1,
89-95,
2017-03-01
Effects of Aerobic Training Intensity on Executive Functions in Middle-to-old Age Adults
體育學報,
49,
S,
75-90,
2016-06-02
[
執行功能,有氧運動,訓練強度
]
Neural mechanisms of inhibitory response in a battlefield scenario: A simultaneous fMRI-EEG study
,
10,
MAY2016,
2016-05-02
[
Electroencephalography (EEG) , Function magnetic resonance imaging (fMRI) , Inhibitory control , Right temporoparietal junction (rTPJ) , Theta-alpha band
]
Functional and anatomical dissociation between the orthographic lexicon and the orthographic buffer revealed in reading and writing Chinese characters by fMRI
,
129,
105-116,
2016-04-01
[
Character frequency , Character recognition , Character stroke number , Mental writing , Neuroimaging , Written production
]
Bimanual coordination learning with different augmented feedback modalities and information types
PLoS ONE,
11,
2,
2016-02-01
Structural differences in basal ganglia of elite running versus martial arts athletes: a diffusion tensor imaging study
,
233,
7,
2239-2248,
2015-07-15
[
DTI , Fitness , Globus pallidus , Putamen , Sport mode
]
Flicker-glare and visual-comfort assessments of light emitting diode billboards II: Color display
Applied Optics,
54,
13,
4089-4096,
2015-05-01
Flicker-glare and visual-comfort assessments of light emitting diode billboards
Applied Optics,
22,
E61-E68,
2014-08-01
Gender differences in wayfinding in virtual environments with global or local landmarks
,
32,
2,
89-96,
2012-06-01
[
Gender differences , Global and local landmarks , Spatial navigation , Wayfinding
]
Relative size of numerical magnitude induces a size-contrast effect on the grip scaling of reach-to-grasp movements
Cortex,
48,
8,
1043-1051,
2012-01-01
[
A theory of magnitude (ATOM),Automatic comparison,Grip aperture,Numerical cognition,Reach-to-grasp action
]
The common magnitude code underlying numerical and size processing for action but not for perception
,
194,
4,
553-562,
2009-04-01
[
A theory of magnitude , Action affordance , Cross-task compatibility , Dual-pathway , Numerical cognition
]
Dissociable neural mechanisms for determining the perceived heaviness of objects and the predicted weight of objects during lifting: An fMRI investigation of the size-weight illusion
,
44,
1,
200-212,
2009-01-01
[
Functional magnetic-resonance imaging , Object lifting , Sensorimotor areas , Size-weight illusion , Ventral premotor area , Weight perception
]
The intermanual transfer of anticipatory force control in precision grip lifting is not influenced by the perception of weight
,
185,
2,
319-329,
2008-02-01
Maintenance of visual stability in the human posterior parietal cortex
,
19,
2,
266-274,
2007-02-01
Modulation of antisaccades by transcranial magnetic stimulation of the human frontal eye field
,
16,
1,
76-82,
2006-01-01
[
Eye movements , Inhibition , Reflexive saccades , TMS , Voluntary saccades
]
Inhibition of return in perception and action
Visual Cognition,
12,
3,
443-472,
2005-04-01
Extrageniculate mediation of unconscious vision in transcranial magnetic stimulation-induced blindsight
Proceedings of the National Academy of Sciences of the United States of America,
101,
26,
9933-9935,
2004-06-29
[
Consciousness , Human , Perception , Saccades , Visual cortex
]
Inhibition of return and the human frontal eye fields
,
150,
3,
290-296,
2003-01-01
[
Frontal eye fields (FEF) , Human , Inhibition of return (IOR) , Reaction times , Saccades , Transcranial magnetic stimulation (TMS)
]
Locating the human frontal eye fields with transcranial magnetic stimulation
,
24,
7,
930-940,
2002-10-01
研討會著作
Modality‐Specific Machine Learning for Brain and Cognitive Age Prediction in Healthy Adults
2025-11-20
[
machine learning, brain-age prediction
]
Individuals with good statistical learning ability may exhibit reduced flexibility in switching to new rules: Evidence from the serial reaction time Task.
2025-11-20
[
statistical learning, rule-switching flexibility, individual differences
]
Integrative brain health assessment with cognitive and neuroimaging markers: Using motor function as an example
2025-01-10
[
Integrative brain health assessment
]
Race and gender effects on facial attractiveness judgments: A deep learning approach using GoogLeNet and FaceNet
2025-01-10
[
facial attractiveness, Convolutional Neural Network (CNN)
]
An investigation on the consistency between brain age prediction with behavioral motor and brain structural features
2025-01-10
[
machine learning, brain-age prediction
]
Chunking Patterns and Sequence Learning in Continuous Serial Reaction Time Task
2025-01-10
[
chunking patterns, sequence learning
]
Exploring the Connections Between Visual Perceptual Learning, Error-based Motor Learning, and Executive Functions
2024-11-21
[
visual perceptual learning, visuomotor adaptation, error-based motor learning, executive function
]
An Assessment of the Relationship between Visual Perceptual and Motor Learning
2024-10-26
[
visual perceptual learning, visuomotor adaptation, error-based motor learning, executive function
]
The Common Mechanisms in the Perceptual and Motor Domains of Sequence Learning : An ASRT Task Study
2024-10-26
[
ASRT Task, Motor Learning, Perceptual Learning, Common Mechanismen
]
Exploring the dynamics of hippocampal and visual responses during statistical learning: An fMRI investigation
2024-06-05
[
statistical learning (SL), fMRI, ventral visual stream, hippocampus
]
Differentiating the Cognitive Resource Involved in Motor Imagery and Execution: An Investigation with Dual-Task Interference
2023-11-16
[
motor imagery,motor execution,cognitive resource
]
Investigation of Relationship between Motor Sequence Learning and Rule Switching through Individual Difference
2023-11-16
[
motor sequence learning,rule switching,serial reaction time task
]
Temporal and spatial sequences have different learning mechanism in serial reaction time task
2023-03-25
[
serial reaction time task,learning mechanism,temporal,spatial
]
Does hippocampus contribute to statistical learning through pattern separation? An fMRI study of representational similarity
2023-03-25
[
fMRI,statistical learning,pattern separation,representational similarity
]
Does Motor Imagery Require More Cognitive Resource Than Motor Execution?
2023-03-25
[
motor imagery,motor execution,cognitive resource
]
How does variation in spatial and temporal information differentially contribute to motor sequence learning?
2023-02-11
[
motor sequence learning,spatial sequence learning,temporal sequence learning
]
Differentiating the Cognitive Resource Involved in Motor Imagery and Execution: An Investigation with Dual-Task Interference
2023-02-11
[
motor imagery,motor execution,cognitive resource
]
Determining surface electromyography activation during motor imagery: Comparison between fixed vs. adaptive thresholding approaches.
2022-04-30
[
EMG detection, adaptive threshold
]
Divergent Impacts of Complexity on Spatial and Temporal Sequence Learning
2022-04-30
[
sequence learning, spatial complexity
]
Influence of complexity and length of a sequence on its learning
2021-11-04
[
sequence learning,length,complexity
]
Prime-probe repetition revealed partial functional equivalence between motor imagery and execution.
2021-03-13
[
motor imagery,motor execution,prime-probe repetition,functional equivalence
]
Motor imagery and execution of force control remain functional equivalent under the feedback of where and what.
2020-01-18
[
force control,motor imagery,motor execution
]
Using Beamformer Source Analysis to Localize Brain Oscillations underlying Manual and Speech Motor Sequence Production
2020-01-18
[
beamformer source analysis,speech motor sequence production,brain oscillations
]
Comparing imagery and execution of force control under the feedback of where and what.
2019-11-14
[
motor imagery,motor execution,force control
]
Distributional analysis of sequence learning in manual and speech serial reaction time tasks
2019-06-27
[
sequence learning,speech serial reaction time,manual serial reaction time
]
GABA concentration relates differentially with voluntary and involuntary inhibition: A MR spectroscopy study.
2018-10-01
[
MR spectroscopy
]
Neural Oscillations in Temporoparietal Lobes under Inhibitory Control in a Naturalistic Situation
373-376,
2016-12-16
[
Electroencephalography (EEG) , Functional magnetic resonance imaging (fMRI) , Inhibitory control , PreSMA , RTPJ , Stop signal task
]
專書
Chinese Language Learning Sciences
199-211,
2025-01-01