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As it is written in the paper, input and output should be the same length and output at time t depends on previous values of input. When I look at the implementation of adding problem, I see that input is 2*T where T is 200,300,400 etc. However output is just a scalar. What is the explanation for this ?
The text was updated successfully, but these errors were encountered:
What I do not understand is, number of classes is 1, does not that mean output length is equal to 1 ? If not so, where do you take last time step to produce scalar value of adding problem?
I would expect something like seq_length sized array with full of zeros and sum value appended into that as a ground truth. By matching size with that I would add one zero to the end of input as well.
The number of classes is one means the width (the # of channels is 1), and the length is 1. But a TCN outputs a tensor with the same length as the input. There we only take the last time step of this full-length output, using x[:,:,-1].
Hi,
As it is written in the paper, input and output should be the same length and output at time t depends on previous values of input. When I look at the implementation of adding problem, I see that input is 2*T where T is 200,300,400 etc. However output is just a scalar. What is the explanation for this ?
The text was updated successfully, but these errors were encountered: