Isolating the remaining curvature improves every fixed probe
Keeping the known calibration terms and correcting only the remaining curvature improves all twelve generated probes.
| Processing case | Shared-source RMS mismatch | After residual correction |
|---|---|---|
| Zero removal | 9.07 m | 0.64 m |
| Profiled removal | 45.35 m | 3.28 m |
The largest remaining coordinate mismatches are about 4.0 m and 17.9 m. These numbers compare the same six saved epochs. No coefficients or calibration points were fitted to obtain the correction.
This identifies a more useful approximation than averaging the whole derivative. It does not yet provide a guaranteed prediction range. The derivatives at known generated probes are diagnostic information; the actual aircraft calibration remains unknown.
The next mathematical step is a uniform error bound for this residual correction. It must handle packet-clock boundaries rather than assume that derivatives are smooth everywhere. All parameter regions and unsupported cases must remain accounted for before new aircraft prediction fits.
Verified calculation · Next mathematical step · Current work