UNIT III
RNN
------------------------------------------------------------------------------------------------------------------------
1. Handling Branches2. Layers
3. Nodes
4. Essential Elements
5. Vanilla RNNs
6. GRUs
Deep Learning: UNIT 3 : RNN : Short Answer Questions
UNIT 3
RNN
Short
Answer Questions
1. List
the different types of Recurrent Neural Networks.
2. List
the different variants in of RNNs with RNN Nodes.
3. What
is the purpose of RNN?
4. List
the different applications of RNNs.
5. Define
RNN Layer.
6. Define
RNN Node.
7. List
the essential elements of RNN.
8. How
can you handle branches in RNN?
Deep Learning: UNIT- 3: RNN: Long Answer Questions
UNIT 3
RNN
Long
Answer Questions
1. Explain
RNNLayer with neat diagram.
2. Explain
RNNNode with example.
3. What
is the drawback of Artificial Neural Network? How can you overcome that?
Explain.
4. Explain
how RNNs handle sequential data.
5. Explain
the basic three structures of RNN
6.
What is the role of the hidden state in an
RNN?
7. What is a Recurrent Neural Network (RNN) and how does it
differ from a feedforward neural network?
8. Draw
and explain the architecture of Recurrent Neural Networks.
9. Draw
and explain Schematic diagram of a recurrent neural network?
10. List
the different types of Recurrent Neural Networks. Explain them with example.
11. Explain
the essential elements of RNNNodes.
Deep Learning: UNIT 3 (A): RNN: Notes
UNIT III (A)
RNN
--------------------------------------------------------------------------------------------------------------------
1. Handling
Branches
2. Layers
3. Nodes
4. Essential Elements
Deep Learning: UNIT 3 (A) : RNN : PPTs
UNIT III (A)
RNN
1. Handling
Branches
2. Layers
3. Nodes
4. Essential
Elements
Deep Learning: UNIT 2: CNN: Short Answer Questions
UNIT II
CNN
Short Answer Questions
---------------------------------------------------------------------------------------------------------------------------
1. List
the applications of CNN.
2. Define
Convolution.
3. Define
Stride.
4. Explain
padding.
5. What
the purpose of padding?
6. Define
Kernal.
7. Define
Pooling.
8. List
the different pooling techniques.
9. Define
Flattening.
10. Define
Fully Connected Layer.
11. List
the difference between CNN and Fully Connected Layer.
12. What
is a filter (or kernel) in the context of a CNN?
13. Discuss
the role of fully connected layers in CNNs.
14.
Explain the concept of pooling in CNNs and how it
sometimes impacts output size and can cause underfitting.
15.
What is the purpose of the pooling layer
in a CNN?
16. what
are two special cases of padding? explain them with a neat diagram.
17. Discuss the
concept of convolution in CNNs.
18. How do filters
(kernels) help in feature extraction, and how are these filters learned during
the training process?
19. What is the role
of pooling in CNNs?
20. How
does pooling in CNNs reduce the spatial dimensions of feature maps?
21. Discuss
the trade-offs between using smaller and larger pooling windows in CNNs.
22. How
does the choice of pooling size affect the information retained in the feature
maps?
23. Compare max
pooling and average pooling, and explain how pooling layers help in reducing
the dimensionality of feature maps.
24.
How does pooling help to control the size of the output
feature map in a Convolutional Neural Network (CNN)?
Deep Learning: UNIT-2 : CNN: Long Answer Questions
UNIT II
CNN
Long Answer Questions
------------------------------------------------------------------------------------------------------
1. Explain
CNN with an example.
2. List
the different applications of CNN.
3. Write an example function for Convolution and
Pooling operations and explain in detail.
4. Draw
and explain the architecture of convolution neural networks.
5. Explain
about the convolutional layers in CNN.
6. Explain
striding and padding in CNN with example.
7. Draw
the structure of CNN.
8. Apply
CNN architecture to Classify MNIST Hand Written Dataset.
9. List
the difference between CNN and Fully Connected Layers.
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