Hi, thank you for sharing the dataset. I'm trying to implement your paper in pytorch. Got some few questions.
Let's suppose I'm using a 64 minibatch on Market-1501 dataset. And I use the 28 attributes (I personally have 30).
Using this section,
number of attribute m = 28
Equation 3). Is simply a Linear layer (ax + b) with bias term follow by a sigmoid.
for 64 minibatch,
The attribute prediction score has shape [64, 28] i.e., R^{64xm}
The global image representation has shape [64, 2048]
In your paper, you said, you element-wise multiplied the two. How can you multiply the attribute prediction score ([64, 28]) with a feature representation of shape [64, 2048].
can you explain what I'm missing here?
Thank you.
Hi, thank you for sharing the dataset. I'm trying to implement your paper in pytorch. Got some few questions. Let's suppose I'm using a
64
minibatch on Market-1501 dataset. And I use the 28 attributes (I personally have 30). Using this section,In your paper, you said, you element-wise multiplied the two. How can you multiply the attribute prediction score ([64, 28]) with a feature representation of shape
[64, 2048]
. can you explain what I'm missing here? Thank you.