Evaluating object detector ensembles for improving the robustness of artifact detection in endoscopic video streams
In this contribution we use an ensemble deep-learning method for combining the prediction of two individual one-stage detectors (i.e., YOLOv4 and Yolact) with the aim to detect artefacts in endoscopic images. This ensemble strategy enabled us to improve the robustness of the individual models without harming their real-time computation capabilities. We demonstrated the effectiveness of our approach by training and testing the two individual models and various ensemble configurations on the "Endoscopic Artifact Detection Challenge" dataset. Extensive experiments show the superiority, in terms of mean average precision, of the ensemble approach over the individual models and previous works in the state of the art.
Code (0)
등록된 구현이 없습니다.
Tasks
Artifact DetectionMethods 이 논문이 사용한 방법론
Similar Papers 제목 키워드 기반
Probabilistic Ranking-Aware Ensembles for Enhanced Object Detections
Model ensembles are becoming one of the most effective approaches for improving object detection performance already optimized for a single detector. Conventional methods directly fuse bounding boxes but typically fail t…
Ensemble LearningObjectobject-detectionObject DetectionRing Artifacts Correction Based on Global-Local Features Interaction Guidance in the Projection Domain
Ring artifacts are common artifacts in CT imaging, typically caused by inconsistent responses of detector units to X-rays, resulting in stripe artifacts in the projection data. Under circular scanning mode, such artifact…
Stay-Positive: A Case for Ignoring Real Image Features in Fake Image Detection
Detecting AI generated images is a challenging yet essential task. A primary difficulty arises from the detectors tendency to rely on spurious patterns, such as compression artifacts, which can influence its decisions. T…
Fake Image DetectionTowards Better Morphed Face Images without Ghosting Artifacts
Automatic generation of morphed face images often produces ghosting artifacts due to poorly aligned structures in the input images. Manual processing can mitigate these artifacts. However, this is not feasible for the ge…
MORPHStyle TransferAll Patches Matter, More Patches Better: Enhance AI-Generated Image Detection via Panoptic Patch Learning
The exponential growth of AI-generated images (AIGIs) underscores the urgent need for robust and generalizable detection methods. In this paper, we establish two key principles for AIGI detection through systematic analy…
AllContrastive Learningcounterfactualimage-classification+1