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Explore TopicChoose the Best Answer
A
C β A β D β B
B
A β C β D β B
C
D β A β C β B
D
B β C β A β D
Understanding the Answer
Let's break down why this is correct
Answer
First, you should initialize the weights properly so that gradients start with reasonable magnitudes. Next, you apply normalization techniques such as batch or layer normalization to keep the signals stable across layers. After that, you monitor the gradients during training to detect any vanishing or exploding patterns early. Finally, you proceed to train the network, adjusting learning rates or other hyperparameters based on what you observed. For example, initializing with Xavier and using batch normalization helps maintain gradient flow before you start the main training loop.
Detailed Explanation
First set the weights carefully. Other options are incorrect because This answer puts normalization before weight initialization; This answer starts by watching gradients before any changes.
Key Concepts
Vanishing/Exploding Gradients Problem
Neural Network Training Techniques
Weight Initialization Methods
Topic
Vanishing/Exploding Gradients Problem
Difficulty
medium level question
Cognitive Level
understand
Practice Similar Questions
Test your understanding with related questions
1
Question 1In the context of training deep neural networks, how does proper weight initialization help mitigate the vanishing/exploding gradients problem during backpropagation?
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2
Question 2In the context of training deep neural networks, which of the following scenarios best illustrates the impact of the vanishing/exploding gradients problem on backpropagation, training stability, and the risk of overfitting?
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3
Question 3In the context of deep learning architectures, how can proper weight initialization and gradient clipping address the vanishing/exploding gradients problem effectively?
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4
Question 4Which of the following scenarios best exemplifies the vanishing/exploding gradients problem in neural networks?
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5
Question 5Which of the following techniques can help mitigate the vanishing or exploding gradients problem in deep neural networks? Select all that apply.
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6
Question 6A team of researchers is developing a deep neural network for image recognition, but they notice that the network struggles to learn effectively as they increase the number of layers. Which of the following strategies would best address the vanishing/exploding gradients problem they are facing?
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Practice
7
Question 7In the context of deep learning, which method is most effective in mitigating the vanishing/exploding gradients problem during training?
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Practice
8
Question 8Why do deep neural networks suffer from the vanishing/exploding gradients problem during training?
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9
Question 9Arrange the following steps in order to effectively address the degradation problem in deep networks: A) Implement residual connections, B) Increase network depth, C) Monitor training accuracy, D) Adjust learning rates accordingly.
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