Frozen benchmark evidence

Verified report suites

A suite appears here only when its completion manifest and every referenced child report verify successfully. Native and VISUS suites additionally require an explicit, separately fingerprinted scientific-review approval for public Frozen Evidence; VISUS also requires complete v3 protocol/authority lineage. When present, the validated reviewer, UTC review time, review scope, and approval fingerprint are surfaced with the suite so the exact publication decision is publicly traceable.

Verified suite · complete

lund2013-event-validation-v1

Reports

5

Target rate (Hz)

60

Source manifest45db53af11a2Suite fingerprint5dc6d6336b50

suite	status	report_count	target_sampling_rate_hz	model	reference_stream_id	human_human_agreement_included	source_manifest_fingerprint_sha256	suite_fingerprint_sha256
lund2013-event-validation-v1	complete	5	60				45db53af11a2	5dc6d6336b50

Frozen reports

Only reports whose deterministic fingerprint recomputes successfully are listed. Cross-dataset rows additionally require exact guarded-runner/source-audit lineage plus a separate report-bound scientific-review approval. Native model/human-agreement and VISUS model-human/independent-human result rows must be exact fingerprinted, path-bound children of the same scientifically reviewed suite approved for public Frozen Evidence.

Frozen report

Hollywood2EM

Version

870fa6d6209c9085260918d61433a0a2c70fd497

Sampling origin

resampled

Sampling rate (Hz)

500, 60

Reference strength

derived-human-reference

Model family

I-VT, RandomForest, ContextMLP

Annotation origin

human-assisted

Report fingerprinte1f1c030f843

Frozen report

Lund2013

Version

Andersson-et-al-2017-public-repository

Sampling origin

resampled

Sampling rate (Hz)

500, 60

Reference strength

derived-human-reference

Model family

I-VT, RandomForest, ContextMLP

Annotation origin

expert-manual

Report fingerprint0c81c902e1f8

Frozen report

Lund2013

Version

Andersson-et-al-2017-public-repository

Sampling origin

resampled

Sampling rate (Hz)

500, 60

Reference strength

derived-human-reference

Model family

I-VT, RandomForest, ContextMLP

Annotation origin

expert-manual

Report fingerprint4642fc76aaaf

Frozen report

Lund2013-human-agreement

Version

Andersson-et-al-2017-public-repository

Sampling origin

resampled

Sampling rate (Hz)

60

Reference strength

derived-human-reference

Annotation origin

expert-manual

Report fingerprint0524d212e59b

Frozen report

Lund2013-human-agreement

Version

Andersson-et-al-2017-public-repository

Sampling origin

native

Sampling rate (Hz)

500

Reference strength

expert-human-reference

Annotation origin

expert-manual

Report fingerprint52b070a91fcc

Frozen report

Lund2013-sampling-sensitivity

Version

Andersson-et-al-2017-public-repository

Sampling origin

resampled

Sampling rate (Hz)

500, 120, 90, 60, 30

Reference strength

derived-human-reference

Model family

I-VT, RandomForest, ContextMLP

Annotation origin

expert-manual

Report fingerprintb01005c0df0a

benchmark	version	annotation_origin	sampling_origin	reference_strength	sampling_rates_hz	models	report_fingerprint_sha256
Hollywood2EM	870fa6d6209c9085260918d61433a0a2c70fd497	human-assisted	resampled	derived-human-reference	500, 60	I-VT, RandomForest, ContextMLP	e1f1c030f843
Lund2013	Andersson-et-al-2017-public-repository	expert-manual	resampled	derived-human-reference	500, 60	I-VT, RandomForest, ContextMLP	0c81c902e1f8
Lund2013	Andersson-et-al-2017-public-repository	expert-manual	resampled	derived-human-reference	500, 60	I-VT, RandomForest, ContextMLP	4642fc76aaaf
Lund2013-human-agreement	Andersson-et-al-2017-public-repository	expert-manual	resampled	derived-human-reference	60		0524d212e59b
Lund2013-human-agreement	Andersson-et-al-2017-public-repository	expert-manual	native	expert-human-reference	500		52b070a91fcc
Lund2013-sampling-sensitivity	Andersson-et-al-2017-public-repository	expert-manual	resampled	derived-human-reference	500, 120, 90, 60, 30	I-VT, RandomForest, ContextMLP	b01005c0df0a

Validated report details

The tables below are generated directly from the same fingerprint-validated JSON reports listed above; no performance values are transcribed manually.

Hollywood2EM

Sampling: resampled · Reference: derived-human-reference · Report: e1f1c030f843

Overall held-out model performance

Model	Folds	Accuracy	Balanced acc.	Macro-F1	Event F1	Event IoU	Brier	ECE
I-VT	4	0.701	0.539	0.560	0.629	0.855	—	—
RandomForest	4	0.753	0.728	0.740	0.440	0.860	0.342	0.023
ContextMLP	4	0.817	0.794	0.812	0.602	0.883	0.263	0.014

Lund2013

Sampling: resampled · Reference: derived-human-reference · Report: 0c81c902e1f8

Overall held-out model performance

Model	Folds	Accuracy	Balanced acc.	Macro-F1	Event F1	Event IoU	Brier	ECE
I-VT	5	0.682	0.396	0.301	0.624	0.922	—	—
RandomForest	5	0.699	0.641	0.574	0.471	0.890	0.411	0.086
ContextMLP	5	0.732	0.688	0.629	0.582	0.894	0.410	0.149

Matched-fold model differences

Positive Mean improvement A always favours model A; raw Mean A−B keeps the original metric direction. These are descriptive matched-fold differences, not cross-validation significance tests.

Model A	Model B	Metric	Paired folds	Mean A−B	Mean improvement A	A wins	Ties	B wins
I-VT	RandomForest	accuracy	5	-0.017	-0.017	1	0	4
I-VT	RandomForest	macro_f1	5	-0.274	-0.274	0	0	5
I-VT	RandomForest	multiclass_brier_score	0	—	—	0	0	0
I-VT	RandomForest	expected_calibration_error	0	—	—	0	0	0
I-VT	RandomForest	event_f1	5	0.153	0.153	5	0	0
I-VT	RandomForest	event_mean_matched_iou	5	0.032	0.032	5	0	0
I-VT	ContextMLP	accuracy	5	-0.049	-0.049	1	0	4
I-VT	ContextMLP	macro_f1	5	-0.329	-0.329	0	0	5
I-VT	ContextMLP	multiclass_brier_score	0	—	—	0	0	0
I-VT	ContextMLP	expected_calibration_error	0	—	—	0	0	0
I-VT	ContextMLP	event_f1	5	0.042	0.042	3	0	2
I-VT	ContextMLP	event_mean_matched_iou	5	0.028	0.028	5	0	0
RandomForest	ContextMLP	accuracy	5	-0.033	-0.033	2	0	3
RandomForest	ContextMLP	macro_f1	5	-0.055	-0.055	0	0	5
RandomForest	ContextMLP	multiclass_brier_score	5	0.001	-0.001	3	0	2
RandomForest	ContextMLP	expected_calibration_error	5	-0.062	0.062	5	0	0
RandomForest	ContextMLP	event_f1	5	-0.111	-0.111	0	0	5
RandomForest	ContextMLP	event_mean_matched_iou	5	-0.004	-0.004	2	0	3

Performance by stimulus family

These are post-hoc summaries of the same held-out predictions used above; models were not refitted by stimulus family.

Stimulus family	Model	Folds	Held-out rows	Participants	Accuracy	Macro-F1	Event F1	Event IoU
image	ContextMLP	5	7179	13	0.839	0.546	0.647	0.903
moving_dot	ContextMLP	5	1247	10	0.641	0.493	0.359	0.871
video	ContextMLP	5	3337	9	0.572	0.604	0.462	0.857
image	I-VT	5	7179	13	0.889	0.431	0.710	0.924
moving_dot	I-VT	5	1247	10	0.124	0.165	0.242	0.950
video	I-VT	5	3337	9	0.442	0.235	0.493	0.937
image	RandomForest	5	7179	13	0.831	0.522	0.569	0.891
moving_dot	RandomForest	5	1247	10	0.419	0.339	0.210	0.892
video	RandomForest	5	3337	9	0.547	0.546	0.343	0.858

Lund2013-human-agreement

Sampling: resampled · Reference: derived-human-reference · Report: 0524d212e59b

Human–human annotation agreement

Scope	Aligned samples	Exact agreement	Cohen κ
overall	12481	0.880	0.799
image	7668	0.917	0.799
moving_dot	1325	0.875	0.694
video	3488	0.802	0.672

Lund2013-human-agreement

Sampling: native · Reference: expert-human-reference · Report: 52b070a91fcc

Human–human annotation agreement

Scope	Aligned samples	Exact agreement	Cohen κ
overall	103878	0.893	0.815
image	63849	0.932	0.822
moving_dot	10997	0.885	0.702
video	29032	0.812	0.679

Lund2013

Sampling: resampled · Reference: derived-human-reference · Report: 4642fc76aaaf

Overall held-out model performance

Model	Folds	Accuracy	Balanced acc.	Macro-F1	Event F1	Event IoU	Brier	ECE
I-VT	5	0.637	0.388	0.287	0.626	0.921	—	—
RandomForest	5	0.676	0.670	0.595	0.440	0.892	0.441	0.076
ContextMLP	5	0.694	0.679	0.649	0.535	0.900	0.455	0.160

Matched-fold model differences

Positive Mean improvement A always favours model A; raw Mean A−B keeps the original metric direction. These are descriptive matched-fold differences, not cross-validation significance tests.

Model A	Model B	Metric	Paired folds	Mean A−B	Mean improvement A	A wins	Ties	B wins
I-VT	RandomForest	accuracy	5	-0.039	-0.039	2	0	3
I-VT	RandomForest	macro_f1	5	-0.308	-0.308	0	0	5
I-VT	RandomForest	multiclass_brier_score	0	—	—	0	0	0
I-VT	RandomForest	expected_calibration_error	0	—	—	0	0	0
I-VT	RandomForest	event_f1	5	0.186	0.186	5	0	0
I-VT	RandomForest	event_mean_matched_iou	5	0.029	0.029	5	0	0
I-VT	ContextMLP	accuracy	5	-0.057	-0.057	1	0	4
I-VT	ContextMLP	macro_f1	5	-0.362	-0.362	0	0	5
I-VT	ContextMLP	multiclass_brier_score	0	—	—	0	0	0
I-VT	ContextMLP	expected_calibration_error	0	—	—	0	0	0
I-VT	ContextMLP	event_f1	5	0.091	0.091	5	0	0
I-VT	ContextMLP	event_mean_matched_iou	5	0.021	0.021	4	0	1
RandomForest	ContextMLP	accuracy	5	-0.018	-0.018	1	0	4
RandomForest	ContextMLP	macro_f1	5	-0.054	-0.054	1	0	4
RandomForest	ContextMLP	multiclass_brier_score	5	-0.014	0.014	2	0	3
RandomForest	ContextMLP	expected_calibration_error	5	-0.084	0.084	5	0	0
RandomForest	ContextMLP	event_f1	5	-0.095	-0.095	0	0	5
RandomForest	ContextMLP	event_mean_matched_iou	5	-0.008	-0.008	1	0	4

Performance by stimulus family

These are post-hoc summaries of the same held-out predictions used above; models were not refitted by stimulus family.

Stimulus family	Model	Folds	Held-out rows	Participants	Accuracy	Macro-F1	Event F1	Event IoU
image	ContextMLP	5	7199	13	0.767	0.565	0.594	0.899
moving_dot	ContextMLP	5	1251	10	0.699	0.596	0.426	0.944
video	ContextMLP	5	3328	9	0.623	0.593	0.472	0.878
image	I-VT	5	7199	13	0.861	0.368	0.701	0.918
moving_dot	I-VT	5	1251	10	0.153	0.232	0.335	0.916
video	I-VT	5	3328	9	0.382	0.247	0.477	0.932
image	RandomForest	5	7199	13	0.766	0.527	0.525	0.898
moving_dot	RandomForest	5	1251	10	0.421	0.392	0.222	0.877
video	RandomForest	5	3328	9	0.630	0.558	0.332	0.871

Lund2013-sampling-sensitivity

Sampling: resampled · Reference: derived-human-reference · Report: b01005c0df0a

Sampling × label-purity settings

Rate Hz	Min purity	Status	Ambiguous	Retained	Participants
120.0	0.600	ok	0.013	0.985	20
120.0	0.750	ok	0.019	0.980	20
120.0	0.900	ok	0.049	0.950	20
90.000	0.600	ok	0.009	0.989	20
90.000	0.750	ok	0.039	0.960	20
90.000	0.900	ok	0.069	0.929	20
60.000	0.600	ok	0.024	0.974	20
60.000	0.750	ok	0.055	0.944	20
60.000	0.900	ok	0.110	0.889	20
30.000	0.600	ok	0.071	0.928	20
30.000	0.750	ok	0.121	0.878	20
30.000	0.900	ok	0.177	0.822	20

Model sensitivity surface

Rate Hz	Min purity	Model	Macro-F1	Event F1	Event IoU	Ambiguous	Retained
120.0	0.600	ContextMLP	0.671	0.479	0.840	0.013	0.985
120.0	0.600	I-VT	0.244	0.528	0.874	0.013	0.985
120.0	0.600	RandomForest	0.626	0.362	0.830	0.013	0.985
120.0	0.750	ContextMLP	0.667	0.499	0.855	0.019	0.980
120.0	0.750	I-VT	0.247	0.535	0.884	0.019	0.980
120.0	0.750	RandomForest	0.623	0.379	0.841	0.019	0.980
120.0	0.900	ContextMLP	0.664	0.492	0.896	0.049	0.950
120.0	0.900	I-VT	0.280	0.531	0.936	0.049	0.950
120.0	0.900	RandomForest	0.604	0.388	0.885	0.049	0.950
90.000	0.600	ContextMLP	0.679	0.511	0.826	0.009	0.989
90.000	0.600	I-VT	0.244	0.568	0.851	0.009	0.989
90.000	0.600	RandomForest	0.619	0.422	0.828	0.009	0.989
90.000	0.750	ContextMLP	0.648	0.527	0.878	0.039	0.960
90.000	0.750	I-VT	0.278	0.584	0.907	0.039	0.960
90.000	0.750	RandomForest	0.610	0.432	0.873	0.039	0.960
90.000	0.900	ContextMLP	0.642	0.497	0.916	0.069	0.929
90.000	0.900	I-VT	0.278	0.575	0.956	0.069	0.929
90.000	0.900	RandomForest	0.599	0.406	0.900	0.069	0.929
60.000	0.600	ContextMLP	0.635	0.540	0.845	0.024	0.974
60.000	0.600	I-VT	0.253	0.597	0.889	0.024	0.974
60.000	0.600	RandomForest	0.611	0.441	0.849	0.024	0.974
60.000	0.750	ContextMLP	0.649	0.535	0.900	0.055	0.944
60.000	0.750	I-VT	0.287	0.626	0.921	0.055	0.944
60.000	0.750	RandomForest	0.595	0.440	0.892	0.055	0.944
60.000	0.900	ContextMLP	0.661	0.544	0.940	0.110	0.889
60.000	0.900	I-VT	0.243	0.632	0.967	0.110	0.889
60.000	0.900	RandomForest	0.609	0.414	0.918	0.110	0.889
30.000	0.600	ContextMLP	0.588	0.546	0.892	0.071	0.928
30.000	0.600	I-VT	0.259	0.635	0.913	0.071	0.928
30.000	0.600	RandomForest	0.521	0.435	0.889	0.071	0.928
30.000	0.750	ContextMLP	0.608	0.582	0.924	0.121	0.878
30.000	0.750	I-VT	0.250	0.659	0.930	0.121	0.878
30.000	0.750	RandomForest	0.514	0.436	0.909	0.121	0.878
30.000	0.900	ContextMLP	0.578	0.557	0.930	0.177	0.822
30.000	0.900	I-VT	0.228	0.646	0.948	0.177	0.822
30.000	0.900	RandomForest	0.524	0.439	0.930	0.177	0.822

What appears on this page

A JSON file is listed here only when it follows the GazeForge frozen benchmark-report schema, its deterministic SHA-256 fingerprint recomputes successfully from the benchmark metadata, model metadata, protocol, and metrics, and any applicable dataset-specific public-publication gate passes. Candidate protocols and configuration manifests are not treated as performance evidence.

Gaze-in-the-Wild benchmark-schema result rows do not use the generic publication route. The currently reviewed exact-distribution Gaze-in-the-Wild evidence remains a separately validated evidence record; future generic dashboard rows require a dedicated reviewed publication contract, and task-stratified rows additionally require an authoritative reviewed file-to-publication-task mapping.

Evidence interpretation

The table surfaces annotation origin, sampling origin, reference strength, model family, and sampling rate so evidence strength remains visible alongside any future performance result. Derived lower-rate evidence is therefore distinguishable from native-rate recordings, and algorithmic/vendor labels cannot silently appear as human ground truth.

Detailed performance tables are generated only from reports that passed the same integrity and publication checks. Unknown future report schemas remain visible in the frozen-report index only when they do not claim a result family that has a stricter fail-closed publication boundary; GazeForge does not guess which nested values should be presented as headline performance metrics.

Current scientific rule

The absence of a row is meaningful: implemented benchmark infrastructure, adapters, candidate datasets, and synthetic smoke tests do not become empirical validation merely because they exist in the repository. See the validation status and benchmark evidence pages for work that is implemented but not yet frozen as empirical evidence.