AlekseyCalvin/Lyrical_MT_rus2eng_2a2_DeepSeekR1Qwen3_8b_r64LoRA_PowerEMA_sigmaRel028
LYRICAL Russian to English Machine Translation Model
Variant 0.2a2: ORPO-tuned DeepSeek-R1-0528 Rank64 Adapter PowerEMA Merge <br> *This adapter variant spawned via the post-hoc Power Function EMA technique from the influential ["Analyzing and Improving the Training Dynamics of Diffusion Models"](https://arxiv.org/pdf/2312.02696) paper. <br> The relative Sigma value we used for the EMA soup herein was 0.28 – just about the max permitted by the function – due to the belatedly lamented fact of not saving very many checkpoints (just 8), & so as to get latter saves merged in at reasonable betas.* <br>
- Developed by: SilverAgePoets.com
- Model type: [Lyrical Machine Translation]
- Languages (NLP): [Совпроясный, Worldish] aka [Russian, English]
- Finetuned from: [unsloth/DeepSeek-R1-0528-Qwen3-8B-unsloth-bnb-4bit]
Experimental WIP prototype adapter for DeepSeek-R1-0528-Qwen3-8B. <br> This adapter belongs to our Lyrical MT (Machine Translation) series of fine-tuned LLMs and adapters. <br> Our ultimate aim with the Lyrical MT project is to iteratively foster a translation model capable of adaptively localizing idiomatic, formal/poetic/rhythmic, and performance-catered features of lyrical input texts, whilst retaining adequate accuracy at the level of direct semantic translation. <br>
USES:
Intended scope of effective applicability limited to: <br> Russian to English translation of song lyrics, poems, scriptures, slogans, etc... <br> Translation from a Russian-language input text structured in accordance with literary, aesthetic, or/and vocalization-catering compositional devices to an English output text exhibiting cross-lingually rebalanced approximations of source-matched formal features. <br>
Depending on the relative performance, foundations, and the idiosyncracies of a given checkpoint/adapter variant in the Lyrical MT series, the above-suggested applicability scope may plausibly extend to: <br> Russian to English text-to-text translation in general. <br> English to Russian translation. <br>
The Lyrical MT models were fine-tuned primarily on single-line (fragment), double-line (couplet), quadruple-line (quatrain), and full-length bilingual textual inputs. <br>
Training Info
The training was conducted on one L4 GPU (w/ 22.5 GB VRAM) via the TRL framework and the ORPO Trainer, leveraged via Unsloth over their 4-bit optimized dynamic quantized variant of the DeepseekR1 Qwen3-8B Distilled model.
Training Data
Fine-tuned for Odds Ratio Preference Optimization (ORPO) on our ORPO-catered Russian-to-English song lyrics translation/localization dataset. <br>
Hyperparameters
Adapter Rank = 64 Adapter Alpha = 64 Learning Rate = 1e-4 Max Sequence Length = 2048 Optimizer = AdamW_8bit Learning Rate Scheduler Type = Linear Beta/Decay = 0.1 Warmup Steps = 5
Framework versions
PEFT 0.17.1 transformers 4.55.4
Note:
We would appreciate feedback/reports from anyone else who happens to try out this model, or its other variants (to be released in the near future). <br>
