Correct Answer: C. Backpropagation through time unfolds an RNN across time steps to compute gradients
Explanation:
The correct answer is backpropagation through time unfolds an rnn across time steps to compute gradients. This matches the Deep Learning course topic: BPTT.
Correct Answer: C. Standard benchmarks help compare architectures on common tasks and datasets
Explanation:
The correct answer is standard benchmarks help compare architectures on common tasks and datasets. This matches the Deep Learning course topic: Benchmarks.
Correct Answer: C. Batch normalization normalizes intermediate activations to stabilize and speed up training
Explanation:
The correct answer is batch normalization normalizes intermediate activations to stabilize and speed up training. This matches the Deep Learning course topic: Batch normalization.
Correct Answer: D. A feature map represents filter responses across spatial locations
Explanation:
The correct answer is a feature map represents filter responses across spatial locations. This matches the Deep Learning course topic: CNN feature maps.
Correct Answer: D. DropConnect randomly drops weights rather than neuron outputs during training
Explanation:
The correct answer is dropconnect randomly drops weights rather than neuron outputs during training. This matches the Deep Learning course topic: DropConnect.
Correct Answer: D. Underfitting occurs when a model is too simple to capture important patterns
Explanation:
The correct answer is underfitting occurs when a model is too simple to capture important patterns. This matches the Deep Learning course topic: Underfitting.
Correct Answer: A. Deep learning learns layered representations from raw data
Explanation:
The correct answer is deep learning learns layered representations from raw data. This matches the Deep Learning course topic: Basics of deep learning.
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.