Ensemble-based Endoscopy Artefact Detection

Model Predictions
  • Proposed an ensemble of RetinaNet-based object detectors to localize bounding boxes and predict labels of eight different artefact classes that generalizes to an inter-patient, multi-tissue and a multi-modal corpus of endoscopy video frame data

  • The common artefacts of interest that corrupt endoscopy video frames include contrast, saturation, instrument, blood, specularity, blur, imaging artefacts and bubbles.

  • Achieved an mAP of 0.3405 improving existing state-of-the-art results

  • Advisor: Leela Velusamy

Benedict Florance Arockiaraj
Benedict Florance Arockiaraj
ML Engineer

My research interests are at the juncture of deep learning and computer vision.