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The figure shows real MRIs of main subject A, another subject X, and Colin 27 Average Brain (public access), along with synthetic MRIs of subject A.
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Both $\text{Ours}_{\text{X}}$ and $\text{Ours}_{\text{colin}}$ present synthetic MRIs of subject A, each transformed into the respective styles of X and Colin.
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From the analysis of the intensity histogram presented above, we observe that $\text{Ours}_{\text{X}}$ closely matches the MRI histogram of subject X, while $\text{Ours}_{\text{colin}}$ aligns with that of Colin.
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This demonstrates that the style of MRIs can be effectively controlled using SKC.
The figure shows real MRIs of main subject A, another subject X, and Colin 27 Average Brain (public access), along with synthetic MRIs of subject A.
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Both $\text{Ours}_{\text{X}}$ and $\text{Ours}_{\text{colin}}$ present synthetic MRIs of subject A, each transformed into the respective styles of X and Colin.
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From the analysis of the intensity histogram presented above, we observe that $\text{Ours}_{\text{X}}$ closely matches the MRI histogram of subject X, while $\text{Ours}_{\text{colin}}$ aligns with that of Colin.
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This demonstrates that the style of MRIs can be effectively controlled using SKC.
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<h4class="title is-4 has-text-centered">Ablation Studies for SKC and ISTA (Qualitative)</h4>
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