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NVIDIA Generative AI Multimodal Sample Questions:
1. You are building a system that uses text and images to generate 3D models. The text describes the object, and the images provide visual details. During training, you observe that the model heavily relies on the image input and largely ignores the text description. What technique can you employ to encourage the model to give more weight to the textual input?
A) Use a curriculum learning approach, starting with simpler text descriptions and gradually increasing the complexity.
B) Increase the size of the text vocabulary.
C) Increase the resolution of the input images.
D) Apply a higher dropout rate to the image embedding layer.
E) Decrease the learning rate for the image processing branch of the model.
2. You are working with a multimodal dataset containing medical images (X-rays) and corresponding patient reports (text). Some of the reports are missing or incomplete. Which of the following strategies would be most appropriate to handle this missing data in a multimodal AI model?
A) Using a simple average of all available reports for imputation.
B) Imputing the missing reports with a generic placeholder text.
C) Training the model only on the complete data points and ignoring the incomplete ones.
D) Using a multimodal autoencoder to reconstruct the missing reports from the available image data, or using a masked language model to predict missing words in the existing reports, conditioned on the image.
E) Discarding all data points with missing reports.
3. Consider the following code snippet intended to generate an image embedding using CLIP. What is the most likely reason for the 'RuntimeErroN?
A) The image size is not compatible with the CLIP model's input requirements.
B) The image is not in RGB format.
C) The image tensor does not require gradient calculation.
D) The CLIP model was not properly loaded onto the GPIJ.
E) The image pixel values are not normalized correctly.
4. You are tasked with optimizing a multimodal model that combines audio and text data for speech recognition. The model currently struggles with noisy audio environments. Which data augmentation technique would be MOST effective in improving the model's robustness to noise?
A) Randomly masking parts of the text input.
B) Translating the text into different languages and back.
C) Rotating the images used for visual context.
D) Normalizing the text data to lowercase.
E) Adding Gaussian noise to the audio data.
5. You are building a multimodal application that analyzes images and generates descriptive captions. The application needs to handle noisy images and maintain caption consistency. Which of the following techniques would be MOST effective in achieving this?
A) Increasing the learning rate of the captioning model during training to compensate for the noise.
B) Directly feeding noisy images into a standard image captioning model.
C) Preprocessing the images using a simple Gaussian blur before feeding them into the captioning model.
D) Using a smaller, less complex captioning model to avoid overfitting to the noise.
E) Employing a denoising autoencoder to clean the images followed by a transformer-based captioning model and using beam search with consistency constraints during caption generation.
Solutions:
| Question # 1 Answer: A,D | Question # 2 Answer: D | Question # 3 Answer: A | Question # 4 Answer: E | Question # 5 Answer: E |







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