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: 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: A. Data normalization scales or centers data to support stable training
Explanation:
The correct answer is data normalization scales or centers data to support stable training. This matches the Deep Learning course topic: Data normalization.
Correct Answer: D. Data augmentation creates modified training examples to improve robustness
Explanation:
The correct answer is data augmentation creates modified training examples to improve robustness. This matches the Deep Learning course topic: Data augmentation.
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: D. LSTM networks use gates to manage long-term dependencies and reduce vanishing-gradient effects
Explanation:
The correct answer is lstm networks use gates to manage long-term dependencies and reduce vanishing-gradient effects. This matches the Deep Learning course topic: LSTM.
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: B. A recurrent neural network processes sequential data using connections across time steps
Explanation:
The correct answer is a recurrent neural network processes sequential data using connections across time steps. This matches the Deep Learning course topic: RNN.