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1. PySTRF PySTRF Public

   Python Interpretation of the satellite tracking toolkit for radio observations (RF) https://github.com/cbassa/strf (Conversion by Google Gemini)

   Python 1 1

2. RF_SCYTHE RF_SCYTHE Public

   RF SCYTHE is a full-stack RF signal intelligence and network reconnaissance platform with a Cesium 3D globe interface. It combines real-time PCAP analysis, GeoIP enrichment, hypergraph-based entity…

   HTML 1 1

3. AM-FM-Handcrafted-Features-vs-Learned-Features-in-RF-Modulation-Classification AM-FM-Handcrafted-Features-vs-Learned-Features-in-RF-Modulation-Classification Public

   We quantify the value of classical AM/FM and spectral moments. SHAP analyses over the classical stack, (ii) per-family ablations, and (iii) SNR-stratified deltas.

   Python

4. Ensemble-Size-vs-Latency-and-Energy-on-CPU-GPU-for-RF-Modulation-Ensembles Ensemble-Size-vs-Latency-and-Energy-on-CPU-GPU-for-RF-Modulation-Ensembles Public

   Ensemble modulation classifiers promise robustness against domain shift and label noise, but each added model increases inference latency and energy consumption. For realtime RF spectrum surveillan…

   Python

5. Hierarchical-vs-Flat-Ensembles-in-RF-Modulation-Classification Hierarchical-vs-Flat-Ensembles-in-RF-Modulation-Classification Public

   We quantify when a parent HierarchicalMLClassifier beats a flat ensemble and vice versa. We report per-class win profiles, confusion deltas, and latency trade-offs, with code paths mapped to super(…

   Python

6. IQ-Length-Normalization-Policies-for-RF-Modulation-Classifiers IQ-Length-Normalization-Policies-for-RF-Modulation-Classifiers Public

   Temporal RF models typically require fixed-length IQ sequences, yet real-world bursts arrive at variable durations and sampling rates. In RF–QUANTUM–SCYTHE, the temporal input builder _create_tempo…

   Python