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Thank you for your implementation. You have three different model in your encoders, soft-assign, base-set2set, and base. Whats the difference between these?
Hi the soft-assign is the pooling method, base is the baseline, and set2set is the baseline with the set aggregation pooling for all node embeddings. The set2set method refers to "Order Matters: Sequence to sequence for sets"
Hi the soft-assign is the pooling method, base is the baseline, and set2set is the baseline with the set aggregation pooling for all node embeddings. The set2set method refers to "Order Matters: Sequence to sequence for sets"
Hi, I have a question of your implementation of Set2Set, which is come from the PyG issue.
hidden= (torch.zeros(self.num_layers, batch_size, self.lstm_output_dim).cuda(),
torch.zeros(self.num_layers, batch_size, self.lstm_output_dim).cuda())
q_star=torch.zeros(batch_size, 1, self.hidden_dim).cuda()
foriinrange(n):
# q: batch_size x 1 x input_dimq, hidden=self.lstm(q_star, hidden)
The input of the LSTM unit is q_star and hidden, which are initialized as 0 vectors. I am not sure if I am wrong that, the updated q and hidden in the first loop are only related to the initialized biases of the LSTM unit.
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[-]difference between models[/-][+]difference between methods[/+]RexYing commentedon Aug 16, 2019
Hi the soft-assign is the pooling method, base is the baseline, and set2set is the baseline with the set aggregation pooling for all node embeddings. The set2set method refers to "Order Matters: Sequence to sequence for sets"
RuihongQiu commentedon Nov 26, 2019
Hi, I have a question of your implementation of Set2Set, which is come from the PyG issue.
I am curious about the first computation step of the loop.
The input of the LSTM unit is
q_starandhidden, which are initialized as 0 vectors. I am not sure if I am wrong that, the updatedqandhiddenin the first loop are only related to the initialized biases of the LSTM unit.