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Follow the instruction, I can already
For yolo2 model, we know that after run
yolo2_model = load_model(MODEL_PATH.h5) prediction = yolo2_model.predict(IMAGE_DATA)
prediction is an (?,?,?,3,num_anchors * (num_classes + 5)) tensor
prediction
so if num_anchors=1, num_class=80
num_anchors=1, num_class=80
we know the prediction's last channel is (box_x,box_y,box_w,box_h,box_confidence, <box_class_probs> )
For yolo2 (80 classes), we know <box_class_probs> is just the probabilities.
But for yolo9000, we know it is an Hierarchical Classificaiton. This is mean the output probabilities here is conditional probabilities.
P(Norfolk)=P(Norfolk|terrier)P(terrier|hunting dog)...P(animal|root)
This is why we need a tree here.
tree
I do know the last value mean in <box_class_probs> of yolo2_model : the absolutly probabilities for each catalogy
I don't know what the last value mean in <box_class_probs> of yolo9000_model, is it conditional probabilities?
Does anyone know the network output meaning for yolo9000?
The text was updated successfully, but these errors were encountered:
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Follow the instruction, I can already
For yolo2 model, we know that after run
prediction
is an (?,?,?,3,num_anchors * (num_classes + 5)) tensorso if
num_anchors=1, num_class=80
we know the
prediction
's last channel is (box_x,box_y,box_w,box_h,box_confidence, <box_class_probs> )For yolo2 (80 classes), we know <box_class_probs> is just the probabilities.
But for yolo9000, we know it is an Hierarchical Classificaiton. This is mean the output probabilities here is conditional probabilities.
P(Norfolk)=P(Norfolk|terrier)P(terrier|hunting dog)...P(animal|root)
This is why we need a
tree
here.I do know the last value mean in <box_class_probs> of yolo2_model : the absolutly probabilities for each catalogy
I don't know what the last value mean in <box_class_probs> of yolo9000_model, is it conditional probabilities?
Does anyone know the network output meaning for yolo9000?
The text was updated successfully, but these errors were encountered: