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first_model

danturner1982

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LTX-2.3-GGUF

daobuliao

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**English summary.** A 4-step, CFG-free adapter for OpenMOSS-Team/MOSS-Image-SFT (50 steps × 2 forwards with CFG 3). It continues lodestones/MOSS-Image-SFT-8-steps-dmd (data-space DMD, arXiv 2610.12102) restricted to 4 iterations, trained with DMAD (arXiv 2610.02188): a LoRA critic on the frozen teacher separates teacher samples from student samples, and the student minimises the negative critic logit. DiT time per 1024² image on one H100: 16.2 s (teacher) → 0.81 s. Compared with the lodestones checkpoint run for 4 steps, images have more detail and livelier composition, with some regressions (see Results). Same file format and sampler as the lodestones checkpoint; `inference.py` runs it with the release pipeline. Training code is in `code/`. MOSS-Image-SFT(50 ステップ・CFG 3 で 1 枚 100 回の DiT 計算)を、**4 回の計算・CFG なし**で画像を出せるようにする高速化アダプタです。 lodestones の 8 ステップ版(data-space DMD、update 2600)を出発点に、4 ステップに絞って DMAD で追加学習しました。 カスタムノード `comfyui/rapid-moss/` を同梱しています。ComfyUI 本体も MOSS-Image に対応していますが、専用サンプラーと time path の置き換えはなく、標準の `LoraLoaderModelOnly` は LoRA を bf16 の重みに足し込みます(当たる差分の相対誤差 81%)。標準ノードだけでも絵は出ますが、学習した生成器とは別物になります(下の比較)。このノードを使ってください。

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The model is based on `facebook/deit-tiny-patch16-224` and was fine-tuned on a subset of the MineralImage5K-98 dataset. For this experiment, 10 mineral classes were selected. The training set was balanced to 282 images per class, resulting in 2820 training images. The model was trained on a relatively small subset of the original dataset and only covers 10 mineral classes. Performance may therefore be lower on minerals, image conditions, or classes not represented in the training data.

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This is a sentence-transformers model: It maps sentences & paragraphs to a 768 dimensional dense vector space and can be used for tasks like clustering or semantic search. The trained model is a fine-tuned version of PlanTL-GOB-ES/roberta-base-bne focused on question/answer using MS-MARCO dataset translated into Spanish (query - positive - negative - negative - negative - negative) dataset to train.

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GGUF quants of nvidia/NVIDIA-Nemotron-3.5-Bolt-74B-A9B-BF16 for llama.cpp: a 74B Mamba-2 / Transformer hybrid with LatentMoE (9B active) and a C-RADIO v4-H vision encoder. NVIDIA's own GGUF is a single 2-bit file trained for that precision (the 24 GB QAD checkpoint). These files are quantized from the full-precision BF16 weights instead, at 3 to 8 bits, for machines with more memory: 2 files from 28 to 45 GiB, plus the vision projector. The routed experts are ~89% of the weights, so every file runs on a GPU of any size by keeping some experts in system RAM. Rows: total memory you need = VRAM + RAM. Pick the largest file whose RAM column fits your machine.

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