All participating teams will automatically be considered for the
Pallas Ludens Endoscopic Vision Award
sponsored by PALLAS LUDENS (http://pallas-ludens.com).
The categories for obtaining awards for this challenge are the following:
1st Category: Polyp Localization Award
The objective of this category is to check whether your method is able to locate correctly the polyp in a given image in a way such ONLY the area containing the polyp is marked/highlighted. The output of a given method should provide, for any given image, a series of potential polyp localizations (preferably one per polyp).
The metrics for this category will be the following:
- *Localization score (recall): *Loc-score measured as Loc-score = TP/(TP+FN).
- *Localization precision: *Loc-prec, measured as Loc-prec = TP/(TP+FP).
- (TP, FP and FN) are defined in http://polyp.grand-challenge.org/metrics/
The database used for this category will be ETIS-Larib.
Awards:
- Precision award (100 €) to the team with highest precision score
- Localization award (100 €) to the team with highest localization score (less polyps missed)
2nd Category: Polyp Detection Award
The objective of this category is to check whether your method is able to detect correctly polyp presence (and absence) in a video sequence which may contain or not a polyp. The output of a given method should provide, for any given image, a series of potential polyp localizations (preferably one per polyp) in a given frame.
The metrics for this category will be the following:
- *Overall F-score: *F-score = 2*(precision*recall)/ (precision + recall) where precision = TP/(TP+FP) and recall = TP/(TP+FN).
- *Average F-score: *Average F-score value across all the videos.
- Detection latency (DL): DL = (# of frame with first detection - # of frame with first polyp apparition)/frame_rate.
The database used for this category will be ASU-Mayo.
Awards:
- Overall F-Score (100 €) to the team with highest overall F-score
- Average F-Score (100 €) to the team with highest average F-score
- Detection Latency Award (100 €) to the team with lowest detection latency.