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Update README.md

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@@ -4,6 +4,9 @@ pipeline_tag: image-classification
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  tags:
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  - medical
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  ---
 
 
 
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  ## Model Details
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  This model is trained on 224X224 Grayscale images which were originally CT-scans
@@ -15,7 +18,7 @@ I also used this tutorial.[Swin Transformer (tiny-sized model)](https://colab.re
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  ## Uses
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- The model can be used to classify JPG images of CT scans into either cancer positive or
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  Cancer negative groups.
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  I think it would work okay for any image classification task.
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@@ -25,6 +28,7 @@ I think it would work okay for any image classification task.
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  The model was trained on data originally obtained from the National Cancer Institute
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  Imaging Data Commons. https://portal.imaging.datacommons.cancer.gov/explore/
 
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  The data set used consisted of about 11,000 images which were transformed CT scans
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  some of which contained Cancerous Nodules and some that did not.
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@@ -32,7 +36,7 @@ some of which contained Cancerous Nodules and some that did not.
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  ## How to Use
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  Upload a grayscale JPG into the model inference section and it will cast a prediction.
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- One comes included in this repo. If the image contains an X, it is a negative cancer image.
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  If an image name contains a Y it is positive.
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  tags:
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  - medical
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  ---
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+ ## Model Purpose
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+ Classify whether there is cancer or not in CT-scan images of the lungs.
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+
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  ## Model Details
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  This model is trained on 224X224 Grayscale images which were originally CT-scans
 
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  ## Uses
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+ The model can be used to classify JPG images of CT-scans into either cancer positive or
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  Cancer negative groups.
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  I think it would work okay for any image classification task.
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  The model was trained on data originally obtained from the National Cancer Institute
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  Imaging Data Commons. https://portal.imaging.datacommons.cancer.gov/explore/
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+ Specifically data from the National Lung Screening trial.
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  The data set used consisted of about 11,000 images which were transformed CT scans
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  some of which contained Cancerous Nodules and some that did not.
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  ## How to Use
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  Upload a grayscale JPG into the model inference section and it will cast a prediction.
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+ Some are included in this repo. If the image contains an X, it is a negative cancer image.
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  If an image name contains a Y it is positive.
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