{ "model_id": "nvidia/Qwen3.8-27B-NVFP4", "revision": "482ca0f3832238542f8f5295dde86b5f22711d80", "status": "complete", "artifact": "/mnt/storage/flare/release-references/reference.safetensors", "torch": "2.14.1+cu130", "transformers": "5.21.0.dev0", "device": "cuda:0", "config_sha256": "71fa01bb64de20971045cd82a82c0ebb25a54e1b0a3f09ef23cf5479e9c54df8", "index_sha256": "7aa103a2582b7d26631988de33dea19e8a308ee9c239e8e14feb374af30905e2", "hf_model_source_sha256": "b4b17fe08d8d54da34a0fce78639666279ae7fd0a9e4ec06fce6602774707ca3", "checkpoint_files": { "config.json": { "revision": "482ca0f3832238542f8f5295dde86b5f22711d80", "etag": "da0edbc058d6042ec194d2b2b32d387cd03aed89" }, "model-00001-of-00003.safetensors": { "revision": "482ca0f3832238542f8f5295dde86b5f22711d80", "etag": "7d0fd155118901373eb0fd13ed3aae68f95be747bc205be72ebc41739c25ee80" }, "model-00002-of-00003.safetensors": { "revision": "482ca0f3832238542f8f5295dde86b5f22711d80", "etag": "98a7e9486baa860c792c9463a770cb9d017696bdd17606300a5b9334149f4c27" }, "model-00003-of-00003.safetensors": { "revision": "482ca0f3832238542f8f5295dde86b5f22711d80", "etag": "0506ad35dc21469708e7813bd76c592cef08bd0317b4a1fe899745ebe2435271" }, "model.safetensors.index.json": { "revision": "482ca0f3832238542f8f5295dde86b5f22711d80", "etag": "146d8eb292e9ffbfe4865b665069784720e57662" }, "tokenizer.json": { "revision": "482ca0f3832238542f8f5295dde86b5f22711d80", "etag": "0997f410c57a1f4e53b09e4be8f4a172d90edd9564368fb0847030937229b9f3" }, "tokenizer_config.json": { "revision": "482ca0f3832238542f8f5295dde86b5f22711d80", "etag": "77053000a771610a7c97f7b1f06fdb03aa357128" } }, "options": { "root": "/mnt/storage/flare/release-references", "checkpoint": "/mnt/storage/flare/checkpoint", "device": "cuda:0", "prompt_tokens": 32, "new_tokens": 16, "prompt_batch_size": 3, "head_tile": 2048, "threads": 30 }, "prompts": [ { "index": 0, "source_text": "A careful scientist measures the temperature of a sealed container every minute. The first readings are twenty, twenty two, twenty four, and twenty six degrees. Explain the pattern and predict the next reading using the available observations.", "prompt_text": "A careful scientist measures the temperature of a sealed container every minute. The first readings are twenty, twenty two, twenty four, and twenty six degrees. Explain the", "prompt_ids": [ 32, 16097, 26578, 10633, 279, 9039, 314, 264, 18473, 5303, 1396, 9104, 13, 561, 1118, 37780, 513, 16570, 11, 16570, 1330, 11, 16570, 2943, 11, 321, 16570, 4590, 11995, 13, 79091, 279 ], "generated_ids": [ 5215, 303, 279, 795, 321, 6805, 279, 1727, 1330, 37780, 13, 271, 760, 5215, 303, 279 ], "generated_text": " pattern in the data and predict the next two readings.\n\nThe pattern in the", "eos_positions": [] }, { "index": 1, "source_text": "Write a clear explanation of why the sky often appears blue during the day and why a sunset can look orange or red. Begin with the way sunlight interacts with the small particles and molecules in Earth's atmosphere.", "prompt_text": "Write a clear explanation of why the sky often appears blue during the day and why a sunset can look orange or red. Begin with the way sunlight interacts with the", "prompt_ids": [ 7734, 264, 2708, 15673, 314, 3069, 279, 12515, 3428, 7701, 6105, 2261, 279, 1834, 321, 3069, 264, 41564, 628, 1353, 18016, 466, 2438, 13, 18037, 440, 279, 1560, 37728, 80291, 440, 279 ], "generated_ids": [ 4860, 1752, 1472, 279, 16078, 506, 41564, 13, 271, 248068, 198, 760, 1156, 6587, 264, 2708 ], "generated_text": " longer path through the atmosphere at sunset.\n\n\nThe user wants a clear", "eos_positions": [] }, { "index": 2, "source_text": "A Python function receives a list of integers and returns the sum of the even numbers without changing the original list. Describe a simple implementation and explain how it behaves when the input list is empty or contains negative numbers.", "prompt_text": "A Python function receives a list of integers and returns the sum of the even numbers without changing the original list. Describe a simple implementation and explain how it behaves when", "prompt_ids": [ 32, 12654, 709, 20539, 264, 1103, 314, 24959, 321, 4523, 279, 2542, 314, 279, 1442, 4947, 1973, 9722, 279, 3889, 1103, 13, 58737, 264, 4145, 7873, 321, 10033, 1204, 424, 70573, 948 ], "generated_ids": [ 279, 1879, 1103, 5435, 874, 1442, 4947, 13, 271, 16, 13, 2972, 3886, 264, 491, 1103 ], "generated_text": " the input list contains no even numbers.\n\n1. **Create a new list", "eos_positions": [] } ], "stop_on_eos": false, "elapsed_seconds": 101.08311609900557, "comparison": "Teacher-force prompt_ids followed by generated_ids[:-1] in the candidate. Compare all prefill_logits and decode_logits at identical positions. Report KLD(reference||candidate), top-1 agreement, and separate independent greedy continuations; do not silently loosen bounds.", "device_name": "NVIDIA RTX PRO 6000 Blackwell Workstation Edition", "peak_allocated_bytes": 20204385792, "peak_reserved_bytes": 20575158272 }