Correct Answer: A. CNN computational cost depends on filter size, input size, channels, and number of filters
Explanation:
The correct answer is cnn computational cost depends on filter size, input size, channels, and number of filters. This matches the Deep Learning course topic: CNN complexity.
Correct Answer: A. GPUs accelerate deep learning by performing many parallel numerical operations
Explanation:
The correct answer is gpus accelerate deep learning by performing many parallel numerical operations. This matches the Deep Learning course topic: GPU programming.
Correct Answer: B. An autoencoder learns to encode input into a latent representation and reconstruct it
Explanation:
The correct answer is an autoencoder learns to encode input into a latent representation and reconstruct it. This matches the Deep Learning course topic: Autoencoders.
Correct Answer: B. GoogleNet/Inception uses parallel filter operations to capture features at multiple scales
Explanation:
The correct answer is googlenet/inception uses parallel filter operations to capture features at multiple scales. This matches the Deep Learning course topic: GoogleNet/Inception.
Correct Answer: B. Activation functions introduce nonlinearity into neural networks
Explanation:
The correct answer is activation functions introduce nonlinearity into neural networks. This matches the Deep Learning course topic: Activation functions.
Correct Answer: C. Sparse coding encourages representations where only a small number of units are active
Explanation:
The correct answer is sparse coding encourages representations where only a small number of units are active. This matches the Deep Learning course topic: Sparse coding.
Correct Answer: C. Deep learning can be applied to image classification, detection, and segmentation
Explanation:
The correct answer is deep learning can be applied to image classification, detection, and segmentation. This matches the Deep Learning course topic: Computer vision applications.
Correct Answer: C. Backpropagation computes gradients by applying the chain rule through the network
Explanation:
The correct answer is backpropagation computes gradients by applying the chain rule through the network. This matches the Deep Learning course topic: Backpropagation.