llada-8b-dllm-registers-omi30k-t4
Slot-count scaling sweep arm: 4-token Markovian Thinking tail, math-only training.
This checkpoint is part of the dLLM Registers project — register tokens as a bounded, trained, continuous channel for carrying decoding state across denoising windows in diffusion language models.
- Paper section: slot-count scaling figure (N=4 Markovian)
- Carry channel: discrete Markovian-Thinking tail (
channel_mode=tail,num_registers=0,tail_length=4) - Base model: GSAI-ML/LLaDA-8B-Base
- Training data: OpenMathInstruct-2 subset of mix60k (~30K math traces, oci_python excluded)
- Training config:
SFT/amlt/chunked_sft_omi30k_scaling_round1_bonete54.yaml - Chunk size: C = 128 tokens
- Prompt dropout rate (Bernoulli per-trace CSG mask): 0.0
- Date uploaded: 2026-06-13
How to load
from transformers import AutoModel, AutoTokenizer
model = AutoModel.from_pretrained("albertge/llada-8b-dllm-registers-omi30k-t4", trust_remote_code=True)
tok = AutoTokenizer.from_pretrained("albertge/llada-8b-dllm-registers-omi30k-t4", trust_remote_code=True)
To use the carry channel correctly at inference, see the evaluator at
eval/eval.py
and the wrapper eval/run_mix60k_full_eval.sh.
Key flags for this checkpoint:
--num_registers 0 --channel_mode tail --tail_length 4
Repository
Training and eval code: https://github.com/lbertge/d1-registers
Citation
If you use this checkpoint, please cite the dLLM Registers paper:
@misc{dllm-registers-2026,
title = {Register Tokens for Unbounded Reasoning in Diffusion Language Models},
author = {Albert Ge and collaborators},
year = {2026},
note = {Preprint},
url = {https://github.com/lbertge/d1-registers}
}