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--- |
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name: RFInject |
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authors: |
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- Roberto Del Prete |
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- Nermine Hendy |
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license: APACHE-2.0 |
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source: https://cdn-avatars.huggingface.co/v1/production/uploads/6538dbdcaca9fa108fd50595/2nTO6KAHh2UvbaJTa0jCs.png |
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thumbnail: https://philab.esa.int/ |
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--- |
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# RFInject β Synthetic RFI Injection for Sentinel-1 SAR Data |
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## Overview |
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RFInject is a research-grade Earth Observation dataset and methodology for controlled synthetic Radio Frequency Interference (RFI) injection into clean Sentinel-1 Synthetic Aperture Radar (SAR) data. |
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The dataset is designed to enable reproducible benchmarking of RFI detection and mitigation algorithms, addressing a long-standing gap in the SAR community caused by the lack of standardized and controllable interference datasets. |
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RFInject preserves the physical and statistical properties of real Sentinel-1 acquisitions while enabling full parametric control over injected interference characteristics. |
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## Motivation |
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Radio Frequency Interference is a major source of performance degradation in modern SAR missions. Sentinel-1 data is particularly affected, yet most existing studies rely on ad-hoc or irreproducible contamination scenarios. |
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RFInject enables: |
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- Repeatable experimental setups |
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- Controlled and parameterized interference scenarios |
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- Algorithm-agnostic benchmarking across methods and sensors |
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## Dataset Structure |
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``` |
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/ |
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βββ RFInject/ # Sentinel-1 data with injected synthetic RFI |
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β βββ product_001.zarr |
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β βββ product_002.zarr |
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β βββ product_003.zarr |
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β βββ burst_0 |
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β βββ burst_1 |
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β βββ burst_2 |
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β βββ zarr.json (the product metadata) |
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β βββ echo (the clean burst) |
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β βββ rfi (the rfi to add to burst) |
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β βββ zarr.json (the RFI metadata) |
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βββ README.md |
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``` |
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## Data Characteristics |
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| Property | Description | |
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|---------------------|-------------| |
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| Platform | Sentinel-1 | |
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| Sensor | C-band SAR | |
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| Data Level | L0 | |
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| Interference Type | Synthetic RFI (parametric) | |
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| File Format | zarr / analysis-ready | |
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## Methodology |
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Synthetic RFI is injected by superimposing parameterized interference signals onto clean Sentinel-1 radar echoes. |
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The approach ensures: |
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- Spectral and temporal realism |
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- Preservation of system characteristics |
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- Full reproducibility through metadata-controlled parameters |
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## Ingestion with EOTDL |
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### CLI |
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```bash |
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eotdl datasets get RFInject |
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``` |
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## Intended Use |
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This dataset is intended for: |
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- RFI detection and mitigation research |
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- Machine learning model training and evaluation |
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- Algorithm benchmarking |
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- Reproducible SAR processing experiments |
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Users are responsible for validating suitability for operational or safety-critical applications. |
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## Citation |
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``` |
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@misc{rfinject_2025, |
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author = { RFInject }, |
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title = { v1 (Revision 23853e6) }, |
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year = 2025, |
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url = { https://huggingface.co/datasets/RFInject/v1 }, |
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doi = { 10.57967/hf/7227 }, |
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publisher = { Hugging Face } |
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} |
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``` |
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## License |
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This dataset is released under the APACHE-2.0 license. |
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## Acknowledgements |
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Developed within the ESA Ξ¦-lab research ecosystem and related collaborations. |
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