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NVIDIA Generative AI Multimodal Sample Questions:
1. You are building an A1 model that takes video and corresponding subtitles as input to generate short summaries of video content. Which of the following strategies are most important to reduce the chance of your model generating biased summaries? (Select all that apply)
A) Ensure the training dataset contains diverse representation of all demographic groups and viewpoints.
B) Randomly shuffle data during training.
C) Evaluate the model's summaries on different demographic groups to identify and mitigate any disparities in performance.
D) Use a pre-trained language model that has been debiased.
E) Increase the number of training epochs.
2. You are tasked with optimizing a large multimodal AI model for deployment on edge devices with limited computational resources. Which combination of techniques would provide the BEST trade-off between model accuracy and inference speed? (Select TWO)
A) Increasing the number of attention heads in the transformer architecture.
B) Adding more layers to the model to increase its representational capacity.
C) Model quantization (e.g., INT8) to reduce model size and improve inference speed.
D) Pruning to remove less important connections in the model.
E) Using larger batch sizes during inference to maximize GPIJ utilization.
3. Consider a multimodal A1 system that generates recipes based on images of ingredients. The system uses attention maps to highlight the relevant ingredients in the image. You observe that the attention maps are often noisy and highlight irrelevant parts of the image, leading to incorrect recipes. Which of the following strategies could BEST improve the quality and interpretability of the attention maps?
A) Increase the size of the convolutional filters in the image encoder.
B) Apply L1 regularization to the attention weights to encourage sparsity.
C) All of the above can improve the quality and interpretability of the attention maps.
D) Add more layers to the attention module.
E) Use a stronger image encoder, such as a larger ResNet or a Vision Transformer.
4. You are building a system that identifies objects in images based on spoken commands. You have trained a model but notice that it performs poorly when the spoken command contains synonyms or paraphrases of the training data. Which of the following techniques would BEST address this issue?
A) Simplifying the spoken commands to use only a limited vocabulary.
B) Employing a word embedding model (e.g., Word2Vec, GloVe) or contextual embeddings (e.g., BERT) to represent the spoken commands, allowing the model to generalize to semantically similar phrases.
C) Increasing the size of the training dataset.
D) Using data augmentation techniques such as rotating and scaling the images.
E) Reducing the learning rate of the model.
5. When experimenting with different architectures for a text-to-image model, you observe that a Diffusion model generates higher quality images than a GAN (Generative Adversarial Network). However, the Diffusion model is significantly slower to generate images. What strategy can you employ to improve the inference speed of the Diffusion model without significantly sacrificing image quality?
A) Increase the number of diffusion steps.
B) Employ distillation techniques to train a faster, smaller model.
C) Train the GAN for a longer duration.
D) Use a smaller batch size.
E) Use a larger UNet architecture within the Diffusion model.
Solutions:
| Question # 1 Answer: A,C,D | Question # 2 Answer: C,D | Question # 3 Answer: B,E | Question # 4 Answer: B | Question # 5 Answer: B |




