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### Task Summary
Use the scripts in master repository to generate synthetic ECG images for the [PTB-XL dataset](https://www.nature.com/articles/s41597-020-0495-6).
1. Download (and unzip) the [PT…
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Hi, thanks for your great paper, I have a question when I re-produce your work in the paper.
As mentioned in the paper that
> Owing to the lightweight structure of our backbone, DR-Net takes t…
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Add a red text for non conclusive detections (< 70%)
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![image](https://user-images.githubusercontent.com/68467092/214857580-243149f2-4316-486c-8a5f-be39bfdde9e9.png)
![image](https://user-images.githubusercontent.com/68467092/214857911-b52658f6-c846-455…
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Hi ,Thank you for great work.
But I get a bad with my model.
I train the model with `sampling_rate=16k` with AiShell3 data. And my train epoch is 150+ (almost 150000+step, my **batch** is 90). And…
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Hi, please share a WGAN code to convert synthetic images to real (with paired images) if you know. Any other vanila GAN would also be helpful.
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**Code**
```
import turicreate as tc
# Load the starter images
starter_images = tc.SFrame({'image':[tc.Image('some.png')],
'label':['some-label']})
synthetic_images = tc.one_…
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Hello,
Could you please clarify where the stable diffusion part is located? Additionally, I noticed that Figure 2 is high resolution, while CIFAR-10 is typically low resolution. Could you explain t…
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Hi, please share a WGAN code to convert synthetic images to real (with paired images) if you know. Any other vanila GAN would also be helpful.
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Hi, this is an interesting work! Could you show more details and the code about your evaluation metrics? especially FDS and DS. Thanks.