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Product Requirements Document (PRD)

Product Vision

Create a robust and efficient quantization evaluation pipeline for SegFormer models, enabling to assess and compare the performance of various quantization methods in semantic segmentation tasks.

Target Users

  • Machine Learning Researchers
  • Computer Vision Engineers
  • MLOps Professionals

Key Features

1. Model Loading and Quantization

  • Support for loading pre-trained SegFormer models from a specified path or URL.
  • Implementation of multiple quantization methods (float8, int8, int4, int2) to reduce model size and potentially improve inference speed.

2. Dataset Processing

  • Efficient handling of large datasets through sharding to manage memory usage and processing time.
  • Support for Scene Parse 150 dataset for semantic segmentation tasks.

3. Evaluation Pipeline

  • Comprehensive evaluation metrics (mean IoU, mean accuracy, overall accuracy) to assess model performance.
  • Batch processing for efficient evaluation of models on large datasets.

4. Experiment Tracking

  • Integration with Weights & Biases for logging and visualizing results, including model size, performance metrics, and experiment metadata.
  • Automatic logging of model size and performance metrics to track changes over time.

5. Modular Design

  • Easy extension to support additional models and datasets through a modular architecture.
  • Flexible configuration options to customize the evaluation process.

Success Criteria

  • Successfully evaluate SegFormer models with different quantization levels.
  • Achieve a balance between model size reduction and performance maintenance to ensure practical deployment.
  • Provide clear, actionable insights through experiment tracking and visualization to guide model optimization.

Future Enhancements

  • Support for additional semantic segmentation datasets to broaden the scope of evaluation.
  • Integration of more quantization methods to explore different quantization strategies.
  • Automated hyperparameter tuning for optimal quantization settings.