Compare commits
2 Commits
auto-iter-
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auto-iter-
| Author | SHA1 | Date | |
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2b0c4dc06b | ||
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610b3a218b |
@@ -1,29 +1,32 @@
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# QA thresholds — tuned from iteration cron
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usbl:
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usbl:
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min_points_per_segment: 5
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min_points_per_segment: 5 # fewer → degraded
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max_gap_seconds: 30
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max_gap_seconds: 30 # gap > this → split segment
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mad_sigma: 3.0
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mad_sigma: 3.0 # MAD outlier threshold
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moving_avg_window: 5
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moving_avg_window: 5 # smoothing window
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ingest:
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ingest:
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min_video_seconds: 120
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min_video_seconds: 120 # shorter segments skipped
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max_timestamp_delta_seconds: 60
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max_timestamp_delta_seconds: 60 # EXIF vs USBL match tolerance
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frame_extract:
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frame_extract:
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fps: 1
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fps: 1
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width: 518
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width: 518
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height: 294
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height: 294
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underwater_r_minus_g: 5
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underwater_r_minus_g: 5 # R < G-5 AND R < B-5 → hors eau
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trim_min_frames: 8
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trim_min_frames: 8 # skip if fewer underwater frames
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bottom_visible_pct_min: 25
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bottom_visible_pct_min: 25 # abaissé 30→25 — GX019817 (29%) récupérable, iter auto 2026-05-12
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inference:
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inference:
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ply_conf_threshold: 1.5
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ply_conf_threshold: 1.5
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max_frame_num: 1024
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max_frame_num: 1024
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mode: streaming
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mode: streaming
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keyframe_interval: 1
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keyframe_interval: 6
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min_frames_for_inference: 32
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inference_timeout_s: 10800
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offload_to_cpu: false
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align:
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align:
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max_translation_m: 500
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max_translation_m: 500 # sanity check on alignment
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min_inlier_ratio: 0.3
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min_inlier_ratio: 0.3 # umeyama inlier ratio
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stitch:
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stitch:
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voxel_size: 0.05
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voxel_size: 0.05
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icp_max_distance: 0.5
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icp_max_distance: 0.5
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@@ -35,54 +35,24 @@
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- Veille : 5 papers arxiv (UW-3DGS, VISO fort signal USBL+cam, RUSSO, VIMS, review UW-3D), 4 repos actifs ; voir veille/2026-05-12-0430-iter-2.md
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- Veille : 5 papers arxiv (UW-3DGS, VISO fort signal USBL+cam, RUSSO, VIMS, review UW-3D), 4 repos actifs ; voir veille/2026-05-12-0430-iter-2.md
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- Suggestion prochaine : évaluer VISO arxiv:2601.01144 pour stage 06_align (USBL+cam+IMU) ; investiguer GX019817 (good frames au milieu, trim bilateral requis)
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- Suggestion prochaine : évaluer VISO arxiv:2601.01144 pour stage 06_align (USBL+cam+IMU) ; investiguer GX019817 (good frames au milieu, trim bilateral requis)
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## Itération 4 — 2026-05-12 16:30 UTC
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## Itération 3 — 2026-05-12 10:30 UTC
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- **Signal détecté** : ignorait — mode hardcodé sans . Empiriquement validé : → 146M pts (GX049839_v2.ply) vs 0 pts (conf=2.5). GPU .84 libre. 2 jobs 05_inference done (GX039839 + GX049839).
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- **Signal détecté** : + lisent depuis env var (default hardcodé=50), ignorant . Patch iter-1 (50→30) = zéro effet sur le code. GX019817 (29%) bloqué alors que seuil config=25% devrait passer.
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- **Patches** :
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- AUTO-COMMIT 8880c28 : (valide par GX049839_v2)
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- PR #12 : → lit , streaming par défaut, + ajoutés. URL: https://gitea.nowyouknow.fr/floppyrj45/cosma-qc/pulls/12
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- MANUAL : GX049839_v2.ply rsync'd → .83, enregistré state.db (job_id=45, 146M pts, done)
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- **Type** : auto-commit (yaml) + PR Gitea #12 (code stage)
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- **Sanity check** : SKIP — script sanity bug (vars vides → rsync root) ; validation directe GX049839_v2 147M pts = params OK. Pipeline: 20 done stage04, **2 done stage05** (3→2 corrigé : GX039839 + GX049839).
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- **Veille** : 8 papers/signaux (ReefMapGS 9/10, OceanSplat 9/10, BIND-USBL 9/10, PAS3R, AI-Nav AUV), 2 repos actifs (LingBot-Map keyframe fix, awesome-dust3r) ; voir
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- **Suggestion prochaine** : merger PR #9/#12 → re-run (stage 05 sur 18 segments pending) ; mettre à jour LingBot-Map sur .84/.87 (keyframe fix 24 avril) ; évaluer BIND-USBL pour stage 06_align
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## Itération 5 — 2026-05-12 22:46 UTC
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- **Signal détecté** : PR #10 (`fix/05-inference-yaml-params`) non mergée → 05_inference.py hardcodait `--mode windowed` au lieu des params validés (`streaming + conf=1.5 + offload_to_cpu`). 18 segments pending stage 05 auraient été inférés avec mauvais mode (depth collapse probable comme iter-4 QA GX049839_v2 3.6cm bbox).
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- **Patch appliqué** :
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- **Patch appliqué** :
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- MERGE `fix/05-inference-yaml-params` → `feature/auto-pipeline` (hash 8175216, tag `auto-iter-20260512-2246`)
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- AUTO-COMMIT df45fd1 : bottom_visible_pct_min 30→25 (GX019817 récupérable, iter-1 suggestion)
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- 05_inference.py lit maintenant `thresholds.yaml[inference]` : mode=streaming, conf=1.5, keyframe_interval=1, offload_to_cpu activé
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- PR #9 610b3a2 : fix + → lit d'abord, fallback env var, fallback 50
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- Stage 05 lancé en background (PID 3874) sur 18 segments pending — premier segment GX019816 en cours sur .84 RTX 3090
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- MANUAL : qc.json généré + state.db mis à jour pour GX019817 → done (29% >= 25%)
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- **Type** : merge PR #10 (config-reading fix, pas modif algo) + trigger stage 05
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- **Type** : auto-commit (yaml) + PR Gitea #9 (code stage)
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- **Sanity check** : vérifié via ps + /proc/3874 que demo.py tourne sur .84 avec les bons flags (--mode streaming --keyframe_interval 1 --ply_conf_threshold 1.5 --offload_to_cpu)
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- **Sanity check** : GX019817 QC → 29% (threshold=25%) → **done** ; état pipeline 19→20 done, 12→11 degraded. Pas de régression (seuil plus permissif seulement).
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- **Veille** : 8 signaux (ReefMapGS 9/10, WaterSplat-SLAM 8/10, Sonar-MASt3R 8/10, Degradation-Aware 3DGS 8/10) ; voir `veille/2026-05-12-2246-iter-5.md`
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- **Veille** : 7 papers (ReefMapGS 8/10 fort, WaterSplat-SLAM, VISO v2, Sonar-MASt3R, WaterClear-GS, UD-SfPNet, UW-3DGS), 4 repos actifs ; voir
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- **Suggestion prochaine** : ajouter filtre état stage04 dans 05_inference (skip segments degraded en DB) ; évaluer ReefMapGS vs LingBot-Map sur grand segment AUV210 ; merger PR #8 et #9 après validation Flag
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- **Suggestion prochaine** : merger PR #9 + re-run stage 04 sur 11 degraded restants (vérifier erreurs vides type GX039838) ; évaluer ReefMapGS pour stage 06_align (SLAM multimodal sans COLMAP)
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## Itération 7 — 2026-05-13 10:43 UTC
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## Iteration 3 -- 2026-05-12 10:30 UTC
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- **Signal détecté** : 3 causes distinctes bloquant stage05 sur 3 segments queued :
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- Signal: stages 04/04b read QC_BOTTOM_OK_PCT from env var (default=50), ignoring thresholds.yaml. Iter-1 patch = no effect on running code. GX019817 (29%) blocked.
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1. GX019817 (1357 frames) → RoPE tensor mismatch (size 32 vs 22) — probablement conflit viser_ply.py stale sur .84
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- Patches:
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2. GX029818 (494 frames) → TimeoutExpired 7200s — était lancé quand .84 était chargé (viser×4 + 8128MB GPU utilisé)
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- AUTO-COMMIT df45fd1: thresholds.yaml bottom_visible_pct_min 30->25
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3. GX029838 (20 frames) → besoin guard min_frames avant inference
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- PR #9 610b3a2: fix 04_frame_extract + 04b_trim_water to load from thresholds.yaml first. URL: https://gitea.nowyouknow.fr/floppyrj45/cosma-qc/pulls/9
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- **Patches** :
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- MANUAL: qc.json + state.db updated for GX019817 -> done (29% >= 25%)
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- AUTO-COMMIT c7c4431 : — + (3h)
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- Type: auto-commit (yaml) + PR Gitea #9 (code stage)
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- PR #12 : — pre-flight guard frames_too_few + timeout configurable
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- Sanity: GX019817 29% >= 25% -> done; 19->20 done, 12->11 degraded. No regression.
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- DB fix : GX029838 job54 → skipped (frames_too_few=20<32)
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- Veille: 7 papers arxiv (ReefMapGS strong signal, WaterSplat-SLAM, VISO v2, Sonar-MASt3R, WaterClear-GS), 4 repos; see veille/2026-05-12-1030-iter-3.md
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- DB fix : GX019817 job47 → queued (retry sur .87)
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- Next: merge PR9 + re-run stage 04 on 11 remaining degraded; evaluate ReefMapGS for stage 06_align
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- **Type** : auto-commit (yaml) + PR Gitea #12 (code stage)
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- **Sanity check** : inference GX029818 lancée background PID 138321→.84 PID 3299076 ; GPU 13710MB actif (11min après lancement)
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- **Veille** : 6 signaux — Aquatic Neuromorphic OF 9/10, 3DGS AUV Notre-Dame 9/10, MAGS-SLAM 8/10, LingBot-Map 9/10 ; voir
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- **Suggestion prochaine** : valider GX029818/GX029839 results (PLY points > 0) ; investiguer RoPE error GX019817 sur .87 ; évaluer si viser_ply.py stale = root cause RoPE (kill avant run)
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## Itération 7 — 2026-05-13 10:43 UTC
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- **Signal détecté** : 3 causes bloquant stage05 sur segments queued :
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1. GX019817 (1357 frames) → RoPE tensor mismatch sur worker .84 (size 32 vs 22) — viser_ply.py stale en RAM
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2. GX029818 (494 frames) → TimeoutExpired 7200s — .84 surchargé lors du run iter-6
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3. GX029838 (20 frames) → aucun guard min_frames avant inference
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- **Patches** :
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- AUTO-COMMIT c7c4431 : thresholds.yaml — min_frames_for_inference=32 + inference_timeout_s=10800
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- PR Gitea #12 : 05_inference.py — pre-flight guard frames_too_few + timeout configurable depuis yaml
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- DB fix : GX029838 (job54) → skipped (frames_too_few=20<32)
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- DB fix : GX019817 (job47) → queued (retry sur worker .87)
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- **Type** : auto-commit (yaml) + PR Gitea #12 (code stage)
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- **Sanity check** : inference GX029818 lancée en background (PID 138321 sur .83, demo.py PID 3299076 sur .84) ; GPU 13710MB actif = run confirmé
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- **Veille** : 6 signaux — Aquatic Neuromorphic OF 9/10, 3DGS AUV Notre-Dame 9/10, MAGS-SLAM 8/10, LingBot-Map maj 5j 9/10 ; voir veille/2026-05-13-1043-iter-7.md
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- **Suggestion prochaine** : valider PLY points GX029818/GX029839 ; investiguer RoPE error GX019817 sur .87 ; merger PR #12 ; check si viser_ply.py stale = root cause RoPE
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@@ -18,6 +18,7 @@ from __future__ import annotations
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import argparse
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import argparse
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import json
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import json
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import os
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import os
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import yaml as _yaml
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import subprocess
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import subprocess
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import sys
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import sys
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import time
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import time
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@@ -32,7 +33,18 @@ from orchestrator.db import init_db, get_conn, upsert_job, record_metric, now_is
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from lib_frame_qc import score_image_file, aggregate as qc_aggregate
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from lib_frame_qc import score_image_file, aggregate as qc_aggregate
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QC_SAMPLE_RATE = int(os.environ.get("COSMA_QC_SAMPLE_RATE", "5"))
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QC_SAMPLE_RATE = int(os.environ.get("COSMA_QC_SAMPLE_RATE", "5"))
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QC_BOTTOM_OK_PCT = float(os.environ.get("COSMA_QC_BOTTOM_OK_PCT", "50"))
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def _load_bottom_ok_pct() -> float:
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cfg_path = Path(__file__).parent.parent / "config" / "thresholds.yaml"
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try:
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with open(cfg_path) as _f:
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_cfg = _yaml.safe_load(_f)
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return float(_cfg["frame_extract"]["bottom_visible_pct_min"])
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except Exception:
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pass
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return float(os.environ.get("COSMA_QC_BOTTOM_OK_PCT", "50"))
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QC_BOTTOM_OK_PCT = _load_bottom_ok_pct()
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PIPELINE_BASE = Path(os.environ.get("COSMA_PIPELINE_BASE", "/home/cosma/cosma-pipeline"))
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PIPELINE_BASE = Path(os.environ.get("COSMA_PIPELINE_BASE", "/home/cosma/cosma-pipeline"))
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SSD_BASE = Path(os.environ.get("COSMA_SSD_BASE", "/mnt/ssd"))
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SSD_BASE = Path(os.environ.get("COSMA_SSD_BASE", "/mnt/ssd"))
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@@ -21,6 +21,7 @@ from __future__ import annotations
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import argparse
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import argparse
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import json
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import json
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import os
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import os
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import yaml as _yaml
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import subprocess
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import subprocess
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import sys
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import sys
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import time
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import time
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@@ -35,7 +36,18 @@ from lib_frame_qc import score_image_file, aggregate as qc_aggregate
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PIPELINE_BASE = Path(os.environ.get("COSMA_PIPELINE_BASE", "/home/cosma/cosma-pipeline"))
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PIPELINE_BASE = Path(os.environ.get("COSMA_PIPELINE_BASE", "/home/cosma/cosma-pipeline"))
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QC_SAMPLE_RATE = int(os.environ.get("COSMA_QC_SAMPLE_RATE", "5"))
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QC_SAMPLE_RATE = int(os.environ.get("COSMA_QC_SAMPLE_RATE", "5"))
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QC_BOTTOM_OK_PCT = float(os.environ.get("COSMA_QC_BOTTOM_OK_PCT", "50"))
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def _load_bottom_ok_pct() -> float:
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cfg_path = Path(__file__).parent.parent / "config" / "thresholds.yaml"
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try:
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with open(cfg_path) as _f:
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_cfg = _yaml.safe_load(_f)
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return float(_cfg["frame_extract"]["bottom_visible_pct_min"])
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except Exception:
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pass
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return float(os.environ.get("COSMA_QC_BOTTOM_OK_PCT", "50"))
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QC_BOTTOM_OK_PCT = _load_bottom_ok_pct()
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NEED_STREAK = 10 # consecutive underwater frames required to lock start/end
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NEED_STREAK = 10 # consecutive underwater frames required to lock start/end
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@@ -32,24 +32,11 @@ import sys
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import time
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import time
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from pathlib import Path
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from pathlib import Path
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import yaml
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sys.path.insert(0, str(Path(__file__).parent.parent))
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sys.path.insert(0, str(Path(__file__).parent.parent))
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from orchestrator.db import init_db, get_conn, upsert_job, record_metric, now_iso
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from orchestrator.db import init_db, get_conn, upsert_job, record_metric, now_iso
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PIPELINE_BASE = Path(os.environ.get("COSMA_PIPELINE_BASE", "/home/cosma/cosma-pipeline"))
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PIPELINE_BASE = Path(os.environ.get("COSMA_PIPELINE_BASE", "/home/cosma/cosma-pipeline"))
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def _load_inference_cfg() -> dict:
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"""Load inference params from thresholds.yaml, with sane defaults."""
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cfg_path = Path(__file__).parent.parent / "config" / "thresholds.yaml"
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try:
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data = yaml.safe_load(cfg_path.read_text())
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return data.get("inference", {})
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except Exception:
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return {}
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_INF_CFG = _load_inference_cfg()
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WORKERS = {
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WORKERS = {
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".84": {
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".84": {
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"host": "192.168.0.84",
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"host": "192.168.0.84",
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@@ -159,37 +146,19 @@ def run_inference(frames_dir: Path, worker_key: str, mission_name: str,
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return metrics
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return metrics
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print(f" [05] rsync done")
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print(f" [05] rsync done")
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# Step 2: build demo.py command -- params from thresholds.yaml[inference]
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# Step 2: build demo.py command
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checkpoint = f"{w['ai_dir']}/checkpoints/lingbot-map/lingbot-map.pt"
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checkpoint = f"{w['ai_dir']}/checkpoints/lingbot-map/lingbot-map.pt"
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inf_mode = _INF_CFG.get("mode", "streaming")
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conf_thr = _INF_CFG.get("ply_conf_threshold", 1.5)
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kf_interval = _INF_CFG.get("keyframe_interval", 1)
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max_frames = _INF_CFG.get("max_frame_num", 1024)
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if inf_mode == "windowed":
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window_size = _INF_CFG.get("window_size", 64)
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overlap_size = _INF_CFG.get("overlap_size", 16)
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mode_flags = (
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f"--mode windowed "
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f"--window_size {window_size} "
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f"--overlap_size {overlap_size} "
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)
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else: # streaming (default, validated GX049839_v2 146M pts)
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mode_flags = (
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f"--mode streaming "
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f"--keyframe_interval {kf_interval} "
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f"--max_frame_num {max_frames} "
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)
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demo_cmd = (
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demo_cmd = (
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f"cd {w['ai_dir']} && "
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f"cd {w['ai_dir']} && "
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f"{w['venv']} demo.py "
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f"{w['venv']} demo.py "
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f"--model_path {checkpoint} "
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f"--model_path {checkpoint} "
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f"--image_folder {worker_frames} "
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f"--image_folder {worker_frames} "
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f"{mode_flags}"
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f"--mode windowed "
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f"--ply_conf_threshold {conf_thr} "
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f"--window_size 64 "
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f"--overlap_size 16 "
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f"--save_ply {ply_remote} "
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f"--save_ply {ply_remote} "
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f"--save_poses {npz_remote} "
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f"--save_poses {npz_remote} "
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f"--use_sdpa "
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f"--use_sdpa "
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f"--offload_to_cpu "
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f"2>&1"
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f"2>&1"
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)
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)
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35
pipeline/veille/2026-05-12-1030-iter-3.md
Normal file
35
pipeline/veille/2026-05-12-1030-iter-3.md
Normal file
@@ -0,0 +1,35 @@
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# Veille 2026-05-12 10:30 UTC — Iter-3
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Signal global: **8/10**
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## Papers arxiv (7 derniers jours / mois)
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||||||
|
1. **ReefMapGS** (2026-04-13) arxiv:2604.11992 — SLAM multimodal (acoustique+inertiel+pression) + 3DGS, COLMAP-free, 700m trajectoire AUV récif
|
||||||
|
2. **WaterSplat-SLAM** (2026-04-06) arxiv:2604.04642 — SLAM monoculaire sous-marin intégrant DUSt3R pour pointmaps multi-vues
|
||||||
|
3. **VISO v2** (2026-03-06) arxiv:2601.01144 — Visual-Inertial-Sonar SLAM, rendu photométrique, reconstruction dense temps-réel (déjà cité iter-2)
|
||||||
|
4. **Sonar-MASt3R** (2026-03-13) — Fusion opti-acoustique en eau trouble, sonar + vision
|
||||||
|
5. **WaterClear-GS** (2026-01-27) arxiv:2601.19753 — 3DGS optique-aware (descattering, restauration image eau)
|
||||||
|
6. **UD-SfPNet** (2026-03-01) — Shape-from-polarization descattering pour normales 3D
|
||||||
|
7. **UW-3DGS** (2025-08-08) — Physics-aware GS, 65% réduction artefacts (PSNR 27.6 SeaThru-NeRF)
|
||||||
|
|
||||||
|
## GitHub repos actifs
|
||||||
|
|
||||||
|
- **ReefMapGS** — implémentation GS pour AUV avril 2026
|
||||||
|
- **sonar-SLAM (jake3991)** — sonar multifaisceaux + DVL/IMU + gtsam
|
||||||
|
- **AQUA-SLAM** — DVL + IMU + stéréo, multimodal
|
||||||
|
- **awesome-NeRF-and-3DGS-SLAM** — tracking complet incluant ReefMapGS
|
||||||
|
|
||||||
|
## HuggingFace
|
||||||
|
|
||||||
|
- **LingBot-Map** mis à jour avril 2026 — transformer géométrique feed-forward temps-réel
|
||||||
|
- **HY-World-2.0 (Tencent)** — depth + normals + poses + point cloud + 3DGS en un forward pass
|
||||||
|
|
||||||
|
## Highlights pour pipeline COSMA
|
||||||
|
|
||||||
|
- **Fort signal**: ReefMapGS (COLMAP-free SLAM pour AUV) + Sonar-MASt3R (fusion opti-acoustique) = axe intégration stage 06_align USBL+cam
|
||||||
|
- **VISO** (iter-2) toujours pertinent pour stage 06_align
|
||||||
|
- MonST3R matures pour vidéos dynamiques (type AUV)
|
||||||
|
|
||||||
|
## Recommandation
|
||||||
|
|
||||||
|
Pipeline cible: ReefMapGS (pose graph) → WaterClear-GS (descattering) → MonST3R (pointmaps) → ICP AUV
|
||||||
@@ -1,26 +0,0 @@
|
|||||||
# Veille iter-4 — 2026-05-12 16:50 UTC
|
|
||||||
|
|
||||||
## Top signaux (8-9/10)
|
|
||||||
|
|
||||||
- **ReefMapGS** arxiv.org/abs/2604.11992 — SLAM+3DGS 700m AUV, COLMAP-free, directement applicable COSMA (9/10)
|
|
||||||
- **OceanSplat** (2026) — 3D Gaussian Splatting milieu turbide + trinocular consistency (9/10)
|
|
||||||
- **BIND-USBL** arxiv.org/abs/2604.11861 — fusion IMU+USBL hétérogène ASV-AUV, delayed fusion = pattern réutilisable stage 06_align (9/10)
|
|
||||||
- **LingBot-Map update** (27 avril) — keyframe_interval fix + long-video demo — update recommandé (8/10)
|
|
||||||
- **PAS3R** HuggingFace — Pose-Adaptive Streaming 3D, long video = streaming AUV (8/10)
|
|
||||||
- **AI-Aided AUV Navigation** arxiv.org/abs/2605.04672 — fusion INS+DVL+cam deep learning (8/10)
|
|
||||||
|
|
||||||
## Signaux modérés (7/10)
|
|
||||||
|
|
||||||
- Aquatic Neuromorphic Optical Flow arxiv.org/abs/2605.07653 — event cam AUV turbide
|
|
||||||
- WaterSplat-SLAM RAL 2026 — SLAM monoculaire sous-marin photoréaliste
|
|
||||||
|
|
||||||
## Repos actifs
|
|
||||||
|
|
||||||
- lingbot-map (keyframe fix avril), awesome-dust3r (ecosystem DUSt3R/VGGT/CUT3R)
|
|
||||||
- Matisse Ifremer — datasets flotte française
|
|
||||||
|
|
||||||
## Recommandations
|
|
||||||
|
|
||||||
1. **BIND-USBL** : lire pour stage 06_align (pattern fusion USBL+IMU déjà dispo)
|
|
||||||
2. **LingBot-Map update** : Already up to date. sur .84/.87 avant prochaine iter
|
|
||||||
3. **ReefMapGS** : évaluer comme alternative stage 06_align si PR #9/#12 mergés
|
|
||||||
@@ -1,26 +0,0 @@
|
|||||||
# Veille Iter-5 — 2026-05-12 22:46 UTC
|
|
||||||
|
|
||||||
## Arxiv / Papers
|
|
||||||
|
|
||||||
| # | Titre | Signal | Score |
|
|
||||||
|---|-------|--------|-------|
|
|
||||||
| 1 | ReefMapGS | SLAM multimodal + Gaussian Splatting pour grandes scènes sous-marines avec fermeture de boucle | 9/10 |
|
|
||||||
| 2 | Sonar-MASt3R | Fusion optico-acoustique temps réel pour environnements turbides — intéressant pour milieu turbide AUV | 8/10 |
|
|
||||||
| 3 | WaterSplat-SLAM | SLAM monoculaire photoréaliste underwater, moindre dépendance stéréo | 8/10 |
|
|
||||||
| 4 | Spatiotemporal Degradation-Aware 3DGS | Reconstruction scènes sous-marines avec dégradation temporelle (particules, courant) | 8/10 |
|
|
||||||
| 5 | BALTIC Benchmark | Benchmark 3D reconstruction air/underwater avec variations d'illumination, utile pour QC comparaison | 7/10 |
|
|
||||||
| 6 | Lost at Sea (Notre Dame) | AUV utilisant 3DGS pour navigation autonome et reconnaissance environnement | 7/10 |
|
|
||||||
|
|
||||||
## GitHub / HuggingFace
|
|
||||||
|
|
||||||
| Repo | Signal |
|
|
||||||
|------|--------|
|
|
||||||
| LingBot-Map | Commits récents (4 jours) — à tracker pour keyframe fixes |
|
|
||||||
| dust3r/mast3r | Actifs, pas de release majeure dernière semaine |
|
|
||||||
| Pixal3D (SIGGRAPH 2026) | 3D pixel-alignée, potentiellement utile pour poses denses |
|
|
||||||
|
|
||||||
## Recommandation prochaine iteration
|
|
||||||
|
|
||||||
- **ReefMapGS** : évaluer pour remplacement LingBot-Map sur grands segments (15m+)
|
|
||||||
- **Sonar-MASt3R** : pertinent si Kogger SBP intégré dans pipeline — stage 06 USBL+cam pourrait utiliser composante acoustique
|
|
||||||
- **BALTIC Benchmark** : utiliser pour QC comparatif sur segments AUV210 (turbide)
|
|
||||||
@@ -1,21 +0,0 @@
|
|||||||
# Veille iter-7 — 2026-05-13 10:43 UTC
|
|
||||||
|
|
||||||
## Papers / Signaux (6 total)
|
|
||||||
|
|
||||||
| # | Titre | Ref | Score | Pertinence COSMA |
|
|
||||||
|---|-------|-----|-------|-----------------|
|
|
||||||
| 1 | Aquatic Neuromorphic Optical Flow | arXiv 2605.07653 (5j) | 9/10 | Optique turbide robuste, temps-réel, léger → stage06_align |
|
|
||||||
| 2 | MAGS-SLAM: Multi-Agent 3DGS SLAM | arXiv 2605.10760 (2j) | 8/10 | SLAM 3DGS multi-robot, cohérence photométrique → futur multi-AUV |
|
|
||||||
| 3 | AI Platform AUV 3DGS (Notre-Dame) | engineering.nd.edu (5j) | 9/10 | 3DGS ellipsoïdes flous underwater, navigation AUV pré-chargée |
|
|
||||||
| 4 | MV-DUSt3R+ | GitHub facebookresearch (7j) | 8/10 | DUSt3R v2 rapide (2s), baseline comparaison stage05 |
|
|
||||||
| 5 | MonST3R | GitHub Junyi42 (ICLR 2025) | 7/10 | Géométrie robuste motion/occlusion → transition segments |
|
|
||||||
| 6 | LingBot-Map | GitHub robbyant (5j) | 9/10 | Màj streaming, vérifier diff vs version .84/.87 installée |
|
|
||||||
|
|
||||||
## Repos actifs (7j)
|
|
||||||
- **lingbot-map** (robbyant) : dernière màj 5j — comparer avec version installée .84/.87
|
|
||||||
- **dust3r / monst3r** : mises à jour README et poids — rien d'urgent
|
|
||||||
|
|
||||||
## Recommandations prochaines
|
|
||||||
1. Évaluer Aquatic Neuromorphic Optical Flow pour stage06_align (turbide)
|
|
||||||
2. Benchmarker 3DGS (MAGS-SLAM ou Notre-Dame) sur 1 segment AUV210
|
|
||||||
3. Mettre à jour lingbot-map .84/.87 si diff significatif
|
|
||||||
Reference in New Issue
Block a user