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QuerynAi/queryn-adapter-te3-small_to_me5-large
queryn-adapter-te3-small_to_me5-large is a feature extraction model from QuerynAi. Use it when you need embeddings to search or compare text. The card lists the license as mit.
Translates an embedding produced by te3-small into the embedding space of me5-large, so a corpus already embedded with te3-small can be served against a me5-large index without re-embedding it. Part of the Queryn embe…
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From the Hugging Face model README
te3-small → me5-largeTranslates an embedding produced by te3-small into the embedding space of me5-large, so a corpus already embedded with te3-small can be served against a me5-large index without re-embedding it. Part of the Queryn embedding-translation engine.
| Source model | te3-small (1536-d) |
| Target model | me5-large (1024-d) |
| Architecture | linear (plain linear projection) |
| Parameters | ~1.6M |
| Best test cosine similarity | 0.9461 (epoch 15) |
| ONNX opset | 17 |
Architecture ablation (best test cosine): linear 0.9461 ← saved, deep 0.9435.
source_embedding — float32, shape [batch, 1536]. Raw te3-small embeddings; the graph L2-normalizes them itself, so pre-normalization is neither required nor harmful.target_embedding — float32, shape [batch, 1024], unit-normalized, in me5-large space.import numpy as np, onnxruntime as ort
from huggingface_hub import hf_hub_download
path = hf_hub_download("QuerynAi/queryn-adapter-te3-small_to_me5-large", "model.onnx")
sess = ort.InferenceSession(path, providers=["CPUExecutionProvider"])
src = np.random.rand(4, 1536).astype(np.float32) # your te3-small embeddings
tgt = sess.run(["target_embedding"], {"source_embedding": src})[0]
assert tgt.shape == (4, 1024) # unit vectors in me5-large space
Trained on paired embeddings over a unified multi-domain corpus — arXiv abstracts, Australian case law, SQuAD passages, PubMed abstracts, and crypto/markets news (~350k rows spanning science, legal, QA, medical, and finance). Loss: 1 - mean cosine similarity, Adam, ReduceLROnPlateau, best-epoch checkpoint. Both a linear baseline and the MLP are trained for every pair; the higher-scoring one is published (ties go to linear).

te3-small → all targets: learning curves and best scores (this pair included).

Linear vs. deep for every pair (black ring = saved architecture).
Full adapter set: Queryn Embedding Adapters
models/v1/te3-small_to_me5-large.pt (sha256 263346d21d66cdb1…)ptConverter.pyReleased under the MIT license.