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@@ -10,7 +10,7 @@ Paper accepted for [MIDL](https://www.midl.io/) 2025 : [arXiv submission](https:
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  The CT-Scroll architecture consists of three main components. (1) Axial slices of the volume are grouped into triplets and processed by a ResNet followed by a GAP layer, producing a vector representation per triplet. (2) The Scrolling Block then refines these embedded visual tokens using both global and local attention mechanisms. (3) Finally, the aggregated representations are fed into a classification head to predict anomalies.
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- <img src="./figures/method_overview.jpg" width="1000">
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  ## Clone the Repository
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@@ -22,7 +22,7 @@ git clone https://huggingface.co/theodp/ct-scroll
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  ## Code repository
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- The project source code can be found [here](https://github.com/theodpzz/ct-agrg).
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  ## Acknowledgments
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  The CT-Scroll architecture consists of three main components. (1) Axial slices of the volume are grouped into triplets and processed by a ResNet followed by a GAP layer, producing a vector representation per triplet. (2) The Scrolling Block then refines these embedded visual tokens using both global and local attention mechanisms. (3) Finally, the aggregated representations are fed into a classification head to predict anomalies.
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+ <img src="./figures/method_overview.png" width="1000">
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  ## Clone the Repository
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  ## Code repository
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+ The project source code can be found [here](https://github.com/theodpzz/ct-scroll).
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  ## Acknowledgments
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