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  sdk_version: 4.44.0
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  Our project aims to develop an image classification system capable of distinguishing between paintings created by humans and those generated by artificial intelligence.
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  By leveraging a combination of classification techniques and machine learning, we aim to create a model that can accurately classify different types of images and detect the critical differences between works of art.
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  After building and running these models and evaluating their prediction results, this is the evaluation of Results:
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- It can be observed that, according to the *Accuracy* metric, two models meet the desired threshold of at least 85%, which are: the *CNN+ELA* model (85%) and the *ViT* model (92%).
 
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  According to the *Recall* metric, we set a performance threshold of at least 80%, and there are two models that meet this requirement: the *CNN+ELA* model (83.5%) and the *ViT* model (95.7%).
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  sdk_version: 4.44.0
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  Our project aims to develop an image classification system capable of distinguishing between paintings created by humans and those generated by artificial intelligence.
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  By leveraging a combination of classification techniques and machine learning, we aim to create a model that can accurately classify different types of images and detect the critical differences between works of art.
 
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  After building and running these models and evaluating their prediction results, this is the evaluation of Results:
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+ It can be observed that, according to the *Accuracy* metric, <span style="font-size:20px"> two models meet the desired threshold of at least 85%, which are: the *CNN+ELA* model (85%) and the *ViT* model (92%).</span>
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  According to the *Recall* metric, we set a performance threshold of at least 80%, and there are two models that meet this requirement: the *CNN+ELA* model (83.5%) and the *ViT* model (95.7%).
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