Based on the above data answer the given subquestions.
Assume that the word “acrophobia” is not present in the vocabulary, then which of the following
tokenizer(s) is(are) guaranteed to tokenize this word into sub-words units (i.e., it does not return
[unk] token)
6406532564125.
The tokenizer used by the team A
6406532564126.
the tokenizer used by the team B
6406532564127.
the tokenizer used by the team C
6406532564128.
None of the given options
A published solution is not available for this question yet.
Based on the above data answer the given subquestions.
Assume that team A and team B pre-trained the model for 1 million steps. Suppose they want to
fine-tune the model for sentiment classification tasks (where the dataset contains sentences, digits
and emojis). Choose the correct statement
6406532564129.
Team A can use the tokenizer from Team B and fine-tune the model and vice
versa
6406532564130.
We can not interchange both teams’ tokenizers while fine-tuning.
A published solution is not available for this question yet.
Suppose we have two decoder-only models, namely Model A and Model B. Assume we have two
datasets, one for unsupervised pre-training (Web-Text) and the other for supervised training (text
summarization). Model A was trained directly on the training set of the supervised dataset. Model
B was trained on the pre-training dataset using the CLM objective. Suppose we want to test the
performance of both models on the test set of summarization task. Then choose the correct
statements
6406532564131.
Model A can directly be used on the test set
6406532564132.
It is possible to use Model B directly on the test set without fine-tuning on the
training set
6406532564133.
Model B **should be** fine-tuned first on the training set and then use the test
set.
A published solution is not available for this question yet.
Consider training an encoder-decoder model (say, T5 baseline) on a pre-training dataset that
contains 1 Billion tokens. Let the batch size be 64 × 128, that is 2\(^{13}\) tokens. Suppose the model is
trained for 2\(^{15}\) steps by varying the size of the data (all other aspects are fixed)
A. Train the model only on the first one million tokens, referred to as Model A
B. Train the model on the entire dataset, referred to as Model B
Based on the above data answer the given subquestions.
Which of the following statements is (are) correct under this setup?
6406532564138.
Training loss of Model A will be less than training loss of Model B
6406532564139.
Training loss of Model B will be less than training loss of Model A
6406532564140.
Test loss of Model B will likely be less than test loss of Model A
6406532564141.
Test loss of Model A will likely be less than test loss of Model B
A published solution is not available for this question yet.
Consider training an encoder-decoder model (say, T5 baseline) on a pre-training dataset that
contains 1 Billion tokens. Let the batch size be 64 × 128, that is 2\(^{13}\) tokens. Suppose the model is
trained for 2\(^{15}\) steps by varying the size of the data (all other aspects are fixed)
A. Train the model only on the first one million tokens, referred to as Model A
B. Train the model on the entire dataset, referred to as Model B
Based on the above data answer the given subquestions.
Which of the following modifications will improve the performance of both models?
6406532564142.
Increasing the training steps helps Model B more than Model A in terms of
generalization performance
6406532564143.
Increasing the training steps helps both Model A and Model B in terms of
generalization performance
6406532564144.
None of the given modifications helps the model to improve their
generalization performance
A published solution is not available for this question yet.
Consider a summarization task. Assume the prefix is “Summarize the following:” and the input
sentence is “There are a lot of videos on YouTube etc. that give the appearance of education, but if
you look closely they are really just entertainment. This is very convenient for everyone involved:
the people watching enjoy thinking they are learning (but they are just having fun)” and the model
is supposed to summarize it.Then which of the following architectures **could be used** for this task
6406532564151.
A decoder-only model with a causal mask
6406532564152.
A decoder-only model with a prefix mask
6406532564153.
An encoder-only model with a fully visible mask
6406532564154.
Encoder-Decoder model with fully visible mask in the encoder and causal mask
in the decoder
A published solution is not available for this question yet.
Suppose a team wants to build a dataset for a low-resource language. They took all Wikipedia
dumps for that language and found that the dataset size was insufficient. Then the statement that
using years of Common Crawl Snapshots would be helpful to increase the size of the dataset is
6406532564164.
TRUE
6406532564165.
FALSE
A published solution is not available for this question yet.
The statement that the presence of significant duplicate contents in the pre-training dataset
degrades the performance of Large Language Models is
6406532564166.
TRUE
6406532564167.
FALSE
**DL(CV)**
**Section Id :** 64065353063
**Section Number :** 10
**Section type :** Online
**Mandatory or Optional :** Mandatory
**Number of Questions :** 23
**Number of Questions to be attempted :** 23
**Section Marks :** 50
**Display Number Panel :** Yes
**Section Negative Marks :** 0
**Group All Questions :** No
**Enable Mark as Answered Mark for Review and**
Yes
**Clear Response :**
**Maximum Instruction Time :** 0
A published solution is not available for this question yet.