meta-llama/Llama-3.2-3B
Also known as: Llama-3.2-3B
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In the model registry
| Model | Params | Context | Released |
|---|---|---|---|
| meta-llama/Llama-3.2-3B | 3.2B | – | Sep 18, 2024 |
Timeline
- Oct 16, 2026 · Research paper · 1 sourceReusing Calibration Gains across Model RepresentationsScale calibration learns an update for one model representation.
- Oct 15, 2026 · Research paper · 1 sourceWaveLLM: Wavelet-Domain LLM Entropy Modeling for Lossless Image CompressionMotivated by this insight, we propose WaveLLM, a wavelet-domain LLM-based entropy model for lossless image compression.
- Oct 14, 2026 · Opinion / analysis · 1 sourceMoving a running model's layers between GPUs mid-reply (8 ms, no re-prefill)In the video, a cloud VM with T4s: mid-reply, all layers of Llama-3.2-3B move from one GPU to the other and back.
- Oct 14, 2026 · Research paper · 1 sourceINTACT: Inducing Latent Reasoning on a Frozen BackboneWe use a small external encoder to induce latent reasoning in a frozen backbone model.
- Oct 13, 2026 · Research paper · 1 sourceTwo For The Price Of One: Curvature-Aware Pruning Preserves Influence Functions TooPost-training pruning enables efficient deployment, but conventional methods do not explicitly preserve internal-gradient alignment between sparse and dense models.
- Oct 13, 2026 · Research paper · 1 sourceinLoRA-MINT: Internal Representations for Auditing Training Data in Domain-adapted LLMsThis work investigates the application of the Membership Inference Test (MINT) to large language models (LLMs) fine-tuned with LoRA, aiming to determine whether specific samples were used during training and address concerns about data privacy, leakage, and transparency.
- Oct 11, 2026 · Research paper · 1 sourceWho Sets the Pace of Judge Hacking? Judge Capability versus the Policy-Judge GapWhen a policy is trained with GRPO against a frozen, reference-free LLM judge, the judge accepts more of its answers, but in a post-hoc analysis we detect no gain in held-out greedy accuracy: in all 12 (policy, judge) cells, the seed-mean gain never exceeded 0.04.