Comments (5)
Segmentation model vs. object detection model on MOT metrics
You will need to make custom modifications. Pass both bboxes and masks to the tracker and mask the crops generated with bboxes using the masks:
yolo_tracking/trackers/strong_sort/strong_sort.py
Lines 147 to 152 in 59588ac
Segmentation model vs. object detection model on MOT metrics
Segmentation models generate both segmentations and bboxes. Only pass the bboxes π
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could you briefly explain the specific implementation of "Masked detection crops vs. regular detection crops for ReID feature extraction,"
Everything you need to know regarding this is in this branch:
yolo_tracking/trackers/strong_sort/strong_sort.py
Lines 147 to 152 in 59588ac
how it differs in code and approach from the "Segmentation model vs. object detection model on MOT metrics"?
Segmentation models also generate bboxes. These bboxes can be passed instead of the object detection bboxes.
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Got it! So the "Segmentation model vs. object detection model on MOT metrics" experiment refers to model performance between yolov5m and yolov5m-seg(use box output). And the "Masked detection crops vs. regular detection crops for ReID feature extraction" experiment refers to performance comparison between yolov5m-seg and yolov5m-seg with masked refined features, which is related to the code you mentioned.
Thank you for your enlightening response!
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Dear Mike,
I am deeply grateful for your quick and detailed response to my earlier question. It provided valuable insights!
Another question, could you briefly explain the specific implementation of "Masked detection crops vs. regular detection crops for ReID feature extraction," particularly focusing on how it differs in code and approach from the "Segmentation model vs. object detection model on MOT metrics"? I'm also curious about why segmentation enhances tracking in ReID(Masked detection crops vs. regular detection crops for ReID feature extraction) but not as much in the MOT metrics experiment(Segmentation model vs. object detection model on MOT metrics).
Thank you once again for your time and expertise!
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Exactly. Good luck with your experiments π
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