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Hi Yajie,
Is it possible to design a network with 4 parallel convolutional networks where the outputs of these four parallel network are connected to a fully connected layer?
The 4 parallel networks are not connected (no share weights) and each of them have their own input (lets say 4 different images are the inputs to these networks)
The text was updated successfully, but these errors were encountered:
We can achieve this by modifying models/cnn.py. For example, we have 2 convolutional networks whose layers are conv_layers_1 and conv_layers_2
The outputs from these two nets are concatenated by
T.concatenate([conv_layers_1[-1].output, conv_layers_2[-1].output], axis=1)
which will be inputs into the fully-connected layer
One way of organizing the inputs is to concatenate them together. Suppose the inputs to the 2 networks have d1 and d2 dimensions. Then we can separate the inputs by:
self.input_1 = self.x[:,0:d1]
self.input_2 = self.x[:,d1:(d1 + d2)]
Hi Yajie,
Is it possible to design a network with 4 parallel convolutional networks where the outputs of these four parallel network are connected to a fully connected layer?
The 4 parallel networks are not connected (no share weights) and each of them have their own input (lets say 4 different images are the inputs to these networks)
The text was updated successfully, but these errors were encountered: