SYNTHETIC EXAMPLE

Multi-Quantum OES offline prototype

Seeded synthetic 512-channel OES replay · synthetic example

Interpretation

The saved synthetic demonstration reports perfect event recall and localization for the two injected event regimes, with no false-positive frames in the stable/noisy regimes, for both the candidate and the simple max-absolute baseline. These easy, locally generated cases show only how this software fixture behaved; they do not predict real telemetry performance.

Run record

Project version: not stated in saved output
Code version: not recorded in saved report
Code commit: Not recorded
Evidence class: synthetic
Dataset type: synthetic telemetry replay
Dataset notes: Saved report covers 80 frames across stable, noisy, localized-burst and global-shock regimes; project documentation identifies seed 20261002.
Seed: 20261002
Baselines: simple_max_abs_per_block_baseline (threshold 0.50)
Protocol: oes512-readonly-replay-example-v1 · example preregistration
Protocol lock claim: 2026-09-30T17:55:00-04:00 (self-declared in saved report) (source-stated; not independently time-verified)
Protocol SHA-256: 282bbd778ba3e663cbc29778605e751d95e56c5c8bb35f5dd2e7ca0ae3c1c0a0
Protocol lock commit: Not recorded
Project source: Not supplied
Dataset source: Not supplied
Source note: Copied from the local saved project output; no public repository URL or commit is asserted by the bundled files.

Reported metrics

Values are copied from the declared run summary. This report does not calculate scores, rank methods, or combine metrics across scopes.

synthetic_stable (20 frames)

Method	Metric	Unit	95% interval	Note
candidate_oes512_block_score	event count	events	—	—
candidate_oes512_block_score	false-positive frame rate	fraction	—	—
simple_max_abs_per_block_baseline	event count	events	—	—
simple_max_abs_per_block_baseline	false-positive frame rate	fraction	—	—

synthetic_noisy (20 frames)

Method	Metric	Unit	95% interval	Note
candidate_oes512_block_score	event count	events	—	—
candidate_oes512_block_score	false-positive frame rate	fraction	—	—
simple_max_abs_per_block_baseline	event count	events	—	—
simple_max_abs_per_block_baseline	false-positive frame rate	fraction	—	—

synthetic_localized_burst (20 frames)

Method	Metric	Value	Unit	95% interval	Note
candidate_oes512_block_score	event recall	1	fraction	—	—
candidate_oes512_block_score	block localization IoU	1	fraction	—	—
candidate_oes512_block_score	false-positive frame rate	0	fraction	—	—
simple_max_abs_per_block_baseline	event recall	1	fraction	—	—
simple_max_abs_per_block_baseline	block localization IoU	1	fraction	—	—
simple_max_abs_per_block_baseline	false-positive frame rate	0	fraction	—	—

synthetic_global_shock (20 frames)

Method	Metric	Value	Unit	95% interval	Note
candidate_oes512_block_score	event recall	1	fraction	—	—
candidate_oes512_block_score	block localization IoU	1	fraction	—	—
candidate_oes512_block_score	false-positive frame rate	0	fraction	—	—
simple_max_abs_per_block_baseline	event recall	1	fraction	—	—
simple_max_abs_per_block_baseline	block localization IoU	1	fraction	—	—
simple_max_abs_per_block_baseline	false-positive frame rate	0	fraction	—	—

Limitations

All signals and all reported scores are synthetic; no real telemetry values were imported or inferred.
The candidate threshold is explicitly uncalibrated and is not a field recommendation.
The original replay JSONL input is not bundled, so this package verifies the saved report and preregistration bytes, not the replay bytes named inside the report.
No operational, safety, hardware, medical, or physical-sensor claim is supported.

Artifact integrity

All referenced files match their manifest SHA-256 values. This confirms bundle consistency only; it does not establish authorship, timing, provenance authenticity, or measurement validity.

artifacts/multi-quantum-oes/example_locked.json — protocol; SHA-256 282bbd778ba3e663cbc29778605e751d95e56c5c8bb35f5dd2e7ca0ae3c1c0a0
artifacts/multi-quantum-oes/synthetic-report.json — results; SHA-256 13a87dcae427113cca5370bf82c2aa4e6b2a6e13861f696d5ecdda017ebaf464

SHA-256 matching proves only byte-for-byte consistency between a referenced file and the digest recorded in this bundle. It does not prove authorship, when a file or protocol existed, provenance authenticity, or measurement or method validity.