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  # Depth Estimation Using ResNet50 and XGBoost
 
 
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  ## Overview
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  This project demonstrates a depth estimation XgBoost Regressor model that predicts the average depth of images provided using features extracted from a pre-trained ResNet50 model.The model was trained upon the **NYUv2 dataset** ([0jl/NYUv2](https://huggingface.co/datasets/0jl/NYUv2)). The trained model is saved as using Python's `pickle` library for easy deployment and reuse.
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- ## License
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- This project is licensed under the Apache License 2.0.
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- ## Author
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- **Vishal Adithya.A**
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  ### Loading the Model
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  The model is saved as `model.pkl` using `pickle`. You can load and use it as follows:
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  ```
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  NOTE: This pipeline has just the base fundamental code more additional parameter tunings and preprocessing steps were being conducted during the training of the original model
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  ## Acknowledgments
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  - Hugging Face for hosting the NYUv2 dataset.
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  - NVIDIA RTX 4060 Ti for providing efficient GPU acceleration.
 
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  ---
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  # Depth Estimation Using ResNet50 and XGBoost
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+ ## Author
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+ - **Vishal Adithya.A**
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  ## Overview
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  This project demonstrates a depth estimation XgBoost Regressor model that predicts the average depth of images provided using features extracted from a pre-trained ResNet50 model.The model was trained upon the **NYUv2 dataset** ([0jl/NYUv2](https://huggingface.co/datasets/0jl/NYUv2)). The trained model is saved as using Python's `pickle` library for easy deployment and reuse.
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  ### Loading the Model
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  The model is saved as `model.pkl` using `pickle`. You can load and use it as follows:
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  ```
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  NOTE: This pipeline has just the base fundamental code more additional parameter tunings and preprocessing steps were being conducted during the training of the original model
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+
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+ ## License
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+ This project is licensed under the Apache License 2.0.
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+
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  ## Acknowledgments
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  - Hugging Face for hosting the NYUv2 dataset.
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  - NVIDIA RTX 4060 Ti for providing efficient GPU acceleration.