| --- |
| license: cc-by-4.0 |
| pretty_name: maneuver-detect labelled maneuver dataset |
| tags: |
| - orbital-mechanics |
| - maneuver-detection |
| - space-situational-awareness |
| - satellite |
| - tle |
| --- |
| |
| # maneuver-detect — labelled maneuver dataset (v0.3.0) |
|
|
| The labelled dataset behind [`maneuver-detect`](https://github.com/astro-tools/maneuver-detect): a |
| curated set of satellites whose maneuvers are known from public operator announcements, paired with |
| the mean-element TLE history those maneuvers show up in. Versioned in lockstep with the library and |
| its model checkpoints. |
|
|
| ## Recipe-first distribution |
|
|
| The raw multi-year TLE history comes from Space-Track, whose terms do **not** permit redistributing |
| the data or analysis derived from it — so the raw series is **never** shipped here. Instead the |
| dataset is published as a pinned reconstruction recipe you rebuild locally from your own Space-Track |
| account, verified byte-for-byte by a content-hash manifest: |
|
|
| | File | What it is | |
| |---|---| |
| | `recipe.json` | Pinned catalogue: each object's NORAD id, class, label source, fetch window. | |
| | `labels.json` | Parsed operator maneuver labels (epoch / window / type / Δv if given). | |
| | `manifest.json` | One SHA-256 per reconstructed series — the byte-for-byte integrity check. | |
| | `splits.json` | The frozen, leak-free temporal-holdout train / val / test partition. | |
|
|
| Reconstruct and verify with the package (Space-Track credentials in the environment): |
|
|
| ```bash |
| pip install maneuver-detect |
| export SPACETRACK_USERNAME='you@example.com' SPACETRACK_PASSWORD='...' |
| maneuver-detect dataset build --out dataset/v0.3 |
| ``` |
|
|
| ## Class scope |
|
|
| - **LEO** — DORIS/IDS altimetry satellites (the Δv-labelled core) and SPOT imaging satellites. |
| - **MEO** — GPS (FCSTDV NANUs) and Galileo (PLN_MANV NAGUs); epoch-only. |
| - **GEO** — geostationary satellites: the GOES weather satellites carry operator-announced labels |
| from the NOAA OSPO navigation summary, the QZS-3/6 satellites carry QZSS OHI operator Δv, and the |
| Meteosat/Himawari satellites are self-labelled by longitude-drift inspection (best-effort). |
| - **IGSO** — the inclined/eccentric-geosynchronous QZSS satellites (QZS-2/4/1R), new in v0.3, with |
| executed-Δv labels from the Cabinet Office of Japan's Operational History Information (OHI) files. |
| - **HEO** — the high-eccentricity regime is a reserved class with no objects yet: no ingestible |
| maneuver source exists and self-labelling on deep-space TLEs is perturbation-dominated, so it is |
| deferred to a future source. |
| |
| ## Licence |
| |
| The authored artifacts (recipe, labels, splits, manifest) are **CC-BY-4.0**. The label sources pass |
| through under their own terms: DORIS/IDS open data; GPS NANUs and NOAA GOES navigation summaries are |
| US-Government public domain; Galileo NAGUs are reused with attribution (© EU); QZSS labels reused |
| under the Quasi-Zenith Satellite System website terms (CC-BY-4.0, "Source: Quasi-Zenith Satellite |
| System website"); the self-labelled GEO/HEO epochs are authored. The **raw Space-Track element |
| history is not redistributed** under any licence — it is re-fetched locally from each user's own |
| account. See the [repository](https://github.com/astro-tools/maneuver-detect) for full source terms. |
| |
