Model Name
Overview
Purpose
Intended Domain
Training Data
Model Information
Inputs and Outputs
Performance Metrics
Metric | Value |
---|---|
Average Precision | 43.5% |
Frames Per Second | ~65 |
Bias
The semantic distribution in the dataset may have bias. Thus, label smoothing is proposed to convert hard label into soft label for training, which can make model more
robust to bias.
Robustness
Data augmentation is applied with the purpose to increase the variability of the input images, so that
the designed object detection model has higher robustness to the images obtained from different environments.
Domain Shift
No domain shift evaluation occurred.
Test Data
The test set is also part of MS COCO dataset. There was a % split of the data into . The ratio for the 80 object categories (samples/classes) is maintained as much as possible in all the splits.
Poor Conditions
Explanation
While the model architecture is well documented in the reported paper, the model is still a deep neural network, which largely remains a black box when it comes to explainability of results and predictions.
Contact Information
Any queries related to the YOLO Detector model can be addressed on the model GitHub repo.