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Congress: ECR24
Poster Number: C-19297
Type: EPOS Radiologist (scientific)
Authorblock: K. M. Moon1, D. Hwang2, H-S. Choi3, J. Y. Hong4, H. Ko4, Y. Kim2, W. J. Kim4, D. Lee2; 1Gangneung/KR, 2Chuncheon 24341/KR, 3Seoul/KR, 4Chuncheon/KR
Disclosures:
Kyoung Min Moon: Nothing to disclose
Donghwan Hwang: Nothing to disclose
Hyun-Soo Choi: Nothing to disclose
Ji Young Hong: Nothing to disclose
Hongseok Ko: Nothing to disclose
Yoon Kim: Nothing to disclose
Woo Jin Kim: Nothing to disclose
Doohee Lee: Nothing to disclose
Keywords: Artificial Intelligence, Emergency, Gastrointestinal tract, Digital radiography, Neural networks, PACS, Catheters, Complications, Dynamic swallowing studies, Education and training, Image verification, Swallowing disorders
Results

Our findings were noteworthy, particularly in the realm of model performance and efficiency. The active learning methodology, initiated by query 2 in our training set, significantly enhanced the performance of our segmentation model. Notably, this improvement was not just in accuracy but also in the reduction of preprocessing time required for model creation, signifying a leap in efficiency.

In the testing set, our model demonstrated exceptional performance with an Area Under the Receiver Operating Characteristic (AUROC) of 0.99 for classification using both the ResNet and EfficientNet frameworks. For anomaly detection, the model achieved an AUROC of 0.88 with ResNet and 0.91 with EfficientNet. In terms of the Area Under the Precision-Recall Curve (AUPRC), the values were equally impressive: 0.99 for classification (ResNet and EfficientNet), 0.83 for anomaly detection (ResNet), and 0.77 for anomaly detection (EfficientNet).

GALLERY