Seung-Goo Kim

9 Followers

12 SlideShares 9 Followers 7 Folgens

12 SlideShares 9 Followers 7 Folgens

brain denoising mri fmri quantitative morphometry absolute pitch prediction music myelin eeg motion artifacts auditory cortex myeloarchitecture laplace-beltrami eigenvector myelin profile isbi2014 tensor-based morphometry brain network korean society of human brain mapping ocd

Aktivität
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[KHBM] Application of network analysis based on cortical thickness to obsessive-compulsive disorder patients

Vor 11 Jahren • 942 Aufrufe

[SfN] Agreement between the white matter connectivity via tensor-based morphometry and the volumetric white matter parcellations

Vor 11 Jahren • 716 Aufrufe

Sparse shape representation using the Laplace-Beltrami eigenfunctions and its application to correlating functional signal to subcortical structures

Vor 10 Jahren • 700 Aufrufe

The effect of conditional probability of chord progression in Western music corpus on brain response: an MEG study

Vor 10 Jahren • 678 Aufrufe

Group-wise analysis on myelination profiles of cerebral cortex using the second eigenvector of Laplace-Beltrami operator

Vor 9 Jahren • 501 Aufrufe

Intracortical myelination in musicians with absolute pitch

Vor 8 Jahren • 1024 Aufrufe

Myeloarchitecture and Intrinsic Functional Connectivity of Auditory Cortex in Musicians with Absolute Pitch

Vor 7 Jahren • 444 Aufrufe

Assessment of “denoising” (motion artifacts removal) on resting state fMRI data

Vor 4 Jahren • 78 Aufrufe

Robust detrending & inpainting of M/EEG data

Vor 4 Jahren • 220 Aufrufe

In-vivo intracortical myelination mapping: quantitative morphometry

Vor 4 Jahren • 36 Aufrufe

Predicting the neural encoding of musical structure

Vor 3 Jahren • 32 Aufrufe

Primer for Linearized Encoding Analysis

Vor 2 Jahren • 64 Aufrufe

brain denoising mri fmri quantitative morphometry absolute pitch prediction music myelin eeg motion artifacts auditory cortex myeloarchitecture laplace-beltrami eigenvector myelin profile isbi2014 tensor-based morphometry brain network korean society of human brain mapping ocd