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Question - 1

How many layers of Deep learning algorithms are constructed?

  • 2
  • 3
  • 4
  • 5
Solutions
Question - 2

CNN is mostly used when there is an?

  • structured data
  • unstructured data
  • Both A and B
  • None of the above
Solutions
Question - 3

Which of the following is/are Common uses of RNNs?

  • BusinessesHelp securities traders to generate analytic reports
  • Detect fraudulent credit-card transaction
  • Provide a caption for images
  • All of the above
Solutions
Question - 4

Which neural network has only one hidden layer between the input and output?

  • Shallow neural network
  • Deep neural network
  • Feed-forward neural networks
  • Recurrent neural networks
Solutions
Question - 5

RNNs stands for?

  • Receives neural networks
  • Receives neural networks
  • Recording neural networks
  • Recurrent neural networks
Solutions
Question - 6

Deep learning algorithms are _______ more accurate than machine learning algorithms in image classification.

  • 33%
  • 0.37%
  • 0.4%
  • 0.41%
Solutions
Question - 7

Which of the following is/are Limitations of deep learning?

  • Data labeling
  • Obtain huge training datasets
  • both 1 and 2
  • None of the above
Solutions
Question - 8

Which of the following is well suited for perceptual tasks?

  • Feed-forward neural networks
  • Recurrent neural networks
  • Convolutional neural networks
  • Reinforcement Learning
Solutions
Question - 9

Which of the following functions can be used as an activation function in the output layer if we wish to predict the probabilities of n classes (p1, p2..pk) such that the sum of p over all n equals to1?

  • Softmax
  • ReLu
  • Sigmoid
  • Tanh
Solutions
Question - 10

In a simple MLP model with 8 neurons in the input layer, 5 neurons in the hidden layer, and 1 neuron in the output layer. What is the size of the weight matrices between the hidden output layer and the input hidden layer?

  • [1 X 5] , [5 X 8]
  • [5 x 1] , [8 X 5]
  • [8 X 5] , [5 X 1]
  • [8 X 5] , [ 1 X 5]
Solutions
Question - 11

Which of the following statement(s) correctly represents a real neuron?

  • A neuron has a single input and a single output only
  • A neuron has multiple inputs but a single output only
  • A neuron has a single input but multiple outputs
  • All of the above statements are valid
Solutions
Question - 12

In a neural network, knowing the weight and bias of each neuron is the most important step. If you can somehow get the correct value of weight and bias for each neuron, you can approximate any function. What would be the best way to approach this?

  • Assign random values and pray to God they are correct
  • Search every possible combination of weights and biases till you get the best value
  • Iteratively check that after assigning a value how far you are from the best values, and slightly change the assigned values values to make them better
  • None of these
Solutions
Question - 13

Which of the following techniques perform similar operations as a dropout in a neural network?

  • Bagging
  • Boosting
  • Stacking
  • None of these
Solutions
Question - 14

Which of the following would have a constant input in each epoch of training a Deep Learning model?

  • Biases of all hidden layer neurons
  • Weight between input and hidden layer
  • Activation function of output layer
  • Weight between hidden and output layer
Solutions
Question - 15

What consists of the Boltzmann machine?

  • fully connected network with both hidden and visible units
  • asynchronous operation
  • stochastic update
  • All of the mentioned
Solutions
Question - 16

The input image has been converted into a matrix of size 28×28 and a kernel/filter of size 7×7 with a stride of 1. What will be the size of the convoluted matrix?

  • 20×20
  • 21×21
  • 22×22
  • 25×25
Solutions
Question - 17

The number of nodes in the input layer is 10 and the hidden layer is 5. The maximum number of connections from the input layer to the hidden layer are-

  • 50
  • more than 50
  • less than 50
  • it is an arbitrary value
Solutions
Question - 18

In which of the following applications can we use deep learning to solve the problem?

  • Protein structure prediction
  • Prediction of chemical reactions
  • Detection of exotic particles
  • All of the above
Solutions
Question - 19

Assume a simple MLP model with 3 neurons and inputs=1,2,3. The weights of the input neurons are 4,5, and 6 respectively. Assume the activation function is a linear constant value of 3. What will be the output?

  • 32
  • 64
  • 96
  • 128
Solutions
Question - 20

Which, if any, of the following propositions is true about fully-connected neural networks(FCNN)?

  • In a FCNN, there are connections between neurons of a same layer.
  • A FCNN with only linear activations is a linear network.
  • In a FCNN, the most common weight initialization scheme is the zero initialization, because it leads to faster and more robust training.
  • None of these
Solutions
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