Question 6You train a ConvNet on a dataset with 100 different classes. You wonder if you can find a hidden unit which responds strongly to pictures of cats. (I.e., a neuron so that, of all the input/training images that strongly activate that neuron, the majority are cat pictures.) You are more likely to find this unit in layer 4 of the network than in layer 1.1 point
Question
Question 6You train a ConvNet on a dataset with 100 different classes. You wonder if you can find a hidden unit which responds strongly to pictures of cats. (I.e., a neuron so that, of all the input/training images that strongly activate that neuron, the majority are cat pictures.) You are more likely to find this unit in layer 4 of the network than in layer 1.1 point
Solution
Yes, you are more likely to find this unit in layer 4 of the network than in layer 1. This is because Convolutional Neural Networks (ConvNets) learn hierarchical representations.
In the initial layers (like layer 1), the network learns to recognize simple patterns or features like edges and textures. As you go deeper into the network (like layer 4), the network combines these simple features to recognize more complex patterns.
So, a neuron that responds strongly to pictures of cats would be recognizing a complex pattern (a combination of features that make up a cat's image). This is why you are more likely to find such a neuron in a deeper layer of the network.
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