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Congress: ECR25
Poster Number: C-12565
Type: Poster: EPOS Radiologist (scientific)
DOI: 10.26044/ecr2025/C-12565
Authorblock: L. Lippenszky1, P. Tegzes1, Z. Herczeg1, J. Wanek2, G. Vera2; 1Budapest/HU, 2Waukesha, WI/US
Disclosures:
Levente Lippenszky: Employee: GE HealthCare
Pál Tegzes: Employee: GE HealthCare
Zita Herczeg: Employee: GE HealthCare
Justin Wanek: Employee: GE HealthCare
Germán Vera: Employee: GE HealthCare
Keywords: Artificial Intelligence, Computer applications, Respiratory system, Digital radiography, Computer Applications-General, Artifacts, Image registration
Conclusion

In this study, we developed a novel registration method that distills knowledge from a teacher model into a compact student model, guided by weak supervision from landmark annotations. We demonstrated that our method significantly reduces inference time while achieving comparable artifact reduction on dual-energy X-ray images to commonly used, more compute-intensive unsupervised methods. A limitation of our study is the small dataset size due to the labor-intensive manual annotations. However, we believe our findings are scalable to larger datasets. Future work would involve the evaluation of our method as part of a clinical study.

GALLERY