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mlx-lm/ACKNOWLEDGMENTS.md
de47734510 Adding support for mamba2 (#392)
* initial commit

* update tuner/utils.py

* update ACKNOWLEDGMENTS.md

* update

* nits

* movinf mamba2 cache over to cache.py + clean up

* clean up

* fix residual_in_fp32

* updates

* adding default args

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* first working inference with codestral mamba

* clean up

* adding 1b mamba 2

* udpdates

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* updates

* finish

* clean up

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* format

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* adding some einsums

* format again

* optimize + format

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* more speed

* use custom kernel

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---------

Co-authored-by: Awni Hannun <[email protected]>
2025-09-16 15:33:03 -07:00

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# Individual Contributors
If you wish to be acknowledged for your contributions, please list your name
with a short description of your contribution(s) below. For example:
- Jane Smith: Added the `foo` example.
MLX LM was developed with contributions from the following individuals:
- Shunta Saito: Added support for PLaMo models.
- Gökdeniz Gülmez: Added support for the following architectures: OpenBMB's
`MiniCPM` and `MiniCPM3`, Kyutai's `Helium`, State-Space's `Mamba v1`, `Mamba v2`, Z.ai &
THUKEG's `GLM`, `GLM4`, Rednote `dots.llm1`, Baisu's `Ernie4.5 MoE`, inclusionAI's
`Bailing MoE e.g. Ling-family`, Klear team - Kuaishou Technology's `Klear`,
IBM's `Granite MoE`, Meituan's `LongCat`, Nvidia's `Nemotron H`, Swiss-AI's
`Apertus`, Nikity's `Lille130m`, Alibaba Qwen's `Qwen3Next`, and Allenai's `OLMoE`;
Helped add support for the following model architectures: Alibaba Qwen's `Qwen3 & Qwen3MoE)`;
Added support for the following training algorithms: `Full Weight Fine-Tuning`, and the `Muon`
optimizer; Added support for the following other features: `Multiple Optimizers
to choose for training`, and `reporting training metrics to WandB (Weights & Biases)`.
- Prince Canuma: Helped add support for the following model architectures:
HuggingFace's `Starcoder2`, Cohere's `Cohere (1 and 2)`, Alibaba Qwen's `Qwen
(2, 3 and MoE)`, Microsoft's `Phi (3 and 3.5 MoE)`, `BitNet1.58`, Meta's `Llama
(3 and 4)`, Google DeepMind's `Gemma 3`, and InterLM's `InternLM 2.5`.