[{"id": 617151, "created": "2025-08-08T07:12:21.765051", "project_id": 294, "task_id": 649342, "user_id": 315, "user_ip": null, "finish_time": "2025-08-08T07:12:53.353396", "timeout": null, "calibration": null, "external_uid": null, "media_url": null, "info": {"id": 785, "src": "we use reservoir sampling to reduce the storage complexity of a previously-studied online algorithm , namely the particle filter , to constant .", "target": "we propose using reservoir sampling in the rejuvenation step to reduce the storage complexity of the particle filter .", "clarity": "very_clear", "faithfulness": "very_faithful", "plausibility": "highly_plausible", "informativeness": "very_informative"}}, {"id": 626308, "created": "2025-08-18T01:44:37.582229", "project_id": 294, "task_id": 649342, "user_id": 325, "user_ip": null, "finish_time": "2025-08-18T01:44:49.090273", "timeout": null, "calibration": null, "external_uid": null, "media_url": null, "info": {"id": 785, "src": "we use reservoir sampling to reduce the storage complexity of a previously-studied online algorithm , namely the particle filter , to constant .", "target": "we propose using reservoir sampling in the rejuvenation step to reduce the storage complexity of the particle filter .", "clarity": "neutral", "faithfulness": "moderately_faithful", "plausibility": "moderately_plausible", "informativeness": "moderately_informative"}}]