For the tuned positional encoding, tiny NeRF PSNR is higher on the original axis-aligned Lego scene than on the rotated scene. This retains the favorable axis-aligned condition rather than implying Gaussian wins over every orientation.

For the tuned positional encoding, tiny NeRF PSNR is higher on the original axis-aligned Lego scene than on the rotated scene. This retains the favorable axis-aligned condition rather than implying Gaussian wins over every orientation. · CiteArk

Measurement results

0/4 assessed

0 supported0 disputed or conflicting4 not assessed

The complete result group stays with its claim. Assessed rows come first; their judgments do not replace the whole-claim conclusion. Expand a row for conditions, sources, and evidence history.

Each row is a measurement with its reported value, latest available observation, and cumulative evidence state.
Reported	Latest observation	Evidence judgment
26.27 dB	—	Not assessed
0.91 dB	—	Not assessed
25.28 dB	—	Not assessed
0.83 dB	—	Not assessed

For the tuned positional encoding, tiny NeRF PSNR is higher on the original axis-aligned Lego scene than on the rotated scene. This retains the favorable axis-aligned condition rather than implying Gaussian wins over every orientation.

Reported and observed measurements

Assessments (0)

Runs (0)

Measurement results