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+ # Change Detection Models for National Infrastructure Monitoring
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+ This repository contains a collection of advanced change detection models developed by Team-1 from San Jose State University as part of the National Infrastructure Monitoring project.
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+ ## Models and Contributors
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+ Our team has implemented several state-of-the-art change detection models:
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+ 1. **ChangeViT**: Built by Nihar
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+ - Combines Vision Transformer (ViT) and CNN architectures
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+ - Excels at detecting both large-scale and fine-grained changes
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+ - [Nihar's LinkedIn](https://www.linkedin.com/in/nihar-palem-1b955a183/)
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+ 2. **BITCD**: Developed by Charishma
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+ - Uses a transformer-based approach for advanced change detection
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+ - Processes images as compact token sets for improved efficiency
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+ - [Charishma's LinkedIn](https://www.linkedin.com/in/sai-charishma-kurmala-080983128/)
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+ 3. **ChangeFormer**: Implemented by Keerthana
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+ - Transformer-based architecture for satellite imagery change detection
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+ - Captures long-range spatial and temporal dependencies
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+ - [Keerthana's LinkedIn](https://www.linkedin.com/in/keerthana-raskatla-1573781a4/)
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+ 4. **Multi-Modal Adaptation Network**: Content generation by Anbu
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+ - Combines optical and SAR imagery for robust change detection
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+ - Utilizes domain adaptation to align features from different image types
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+ - [Anbu's LinkedIn](https://www.linkedin.com/in/anbuvalluvan/)
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+ 5. **Siamese Nested UNet**: Developed by Harika
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+ - Combines Siamese network and U-Net architectures
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+ - Excels at image comparison tasks for change detection
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+ - [Harika's LinkedIn](https://www.linkedin.com/in/harika-boyina/)
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+ ## Key Features
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+ - Advanced change detection capabilities for high-resolution satellite imagery
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+ - Utilization of transformer-based approaches for capturing long-range relationships
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+ - Efficient processing of large-scale datasets
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+ - Combination of multiple imaging modalities for improved accuracy
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+ - Scalability to handle various image sizes and resolutions
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+ These models represent cutting-edge approaches in remote sensing and change detection, specifically tailored for national infrastructure monitoring applications.