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Paper-scale Claim 1: exactly 10 routes, 3 x 512 ONNX rows
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Methods & environment


The repair uses released artifacts without retraining. Accuracy rows are the fixed 512-row subsets for NASBench101, ENAS, and NASNet from GraphArch-Regression revision c557392740094b539bbdb527d03e3a78e5b34a38. Each serialized ONNX input is truncated only at the author-card 4,096-token limit; generation uses the released numeric decoder, eight stochastic draws, and the median prediction.

The accuracy alias and the Table-3 memory/latency alias share every inference-critical file. The common model.safetensors is 725,864,700 bytes with SHA-256 7e9df42926babb54c4e47c14a8fd1daecdf54e382f62b07d63d6c7c5fa9f000c. This establishes that one checkpoint—not separately trained task models—produced all Claim-1 metrics.

Independent verification recomputed all 1,536 stored medians, per-space Spearman correlations, bootstrap intervals, a three-space label-permutation null, and the input-identity shuffle control. It also re-hashed the local released checkpoint and requires the complete local parquet to match its Hub LFS digest.

Environment: Python 3.12; transformers 4.53.2 (the checkpoint export version); PyTorch 2.7.1+cu126; NVIDIA GTX 1050; float16 inference; deterministic batch seeds; raw draws checkpointed after every four-row batch. Tests and publication gates fail closed on scale, space coverage, checkpoint provenance, route count, pinned-cell count, and leaked local paths.