Kanana: Compute-efficient Bilingual Language Models

Fuente: arXiv
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Hauptverfasser: Kanana LLM Team, Bak, Yunju, Lee, Hojin, Ryu, Minho, Ham, Jiyeon, Jung, Seungjae, Nam, Daniel Wontae, Eo, Taegyeong, Lee, Donghun, Jung, Doohae, Kim, Boseop, Kim, Nayeon, Park, Jaesun, Kim, Hyunho, Ko, Hyunwoong, Lee, Changmin, On, Kyoung-Woon, Baeg, Seulye, Cho, Junrae, Jung, Sunghee, Kang, Jieun, Kim, EungGyun, Kim, Eunhwa, Ko, Byeongil, Lee, Daniel, Lee, Minchul, Lee, Miok, Lee, Shinbok, Seo, Gaeun
Format: Preprint
Veröffentlicht: 2025
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author Kanana LLM Team
Bak, Yunju
Lee, Hojin
Ryu, Minho
Ham, Jiyeon
Jung, Seungjae
Nam, Daniel Wontae
Eo, Taegyeong
Lee, Donghun
Jung, Doohae
Kim, Boseop
Kim, Nayeon
Park, Jaesun
Kim, Hyunho
Ko, Hyunwoong
Lee, Changmin
On, Kyoung-Woon
Baeg, Seulye
Cho, Junrae
Jung, Sunghee
Kang, Jieun
Kim, EungGyun
Kim, Eunhwa
Ko, Byeongil
Lee, Daniel
Lee, Minchul
Lee, Miok
Lee, Shinbok
Seo, Gaeun
author_facet Kanana LLM Team
Bak, Yunju
Lee, Hojin
Ryu, Minho
Ham, Jiyeon
Jung, Seungjae
Nam, Daniel Wontae
Eo, Taegyeong
Lee, Donghun
Jung, Doohae
Kim, Boseop
Kim, Nayeon
Park, Jaesun
Kim, Hyunho
Ko, Hyunwoong
Lee, Changmin
On, Kyoung-Woon
Baeg, Seulye
Cho, Junrae
Jung, Sunghee
Kang, Jieun
Kim, EungGyun
Kim, Eunhwa
Ko, Byeongil
Lee, Daniel
Lee, Minchul
Lee, Miok
Lee, Shinbok
Seo, Gaeun
contents We introduce Kanana, a series of bilingual language models that demonstrate exceeding performance in Korean and competitive performance in English. The computational cost of Kanana is significantly lower than that of state-of-the-art models of similar size. The report details the techniques employed during pre-training to achieve compute-efficient yet competitive models, including high quality data filtering, staged pre-training, depth up-scaling, and pruning and distillation. Furthermore, the report outlines the methodologies utilized during the post-training of the Kanana models, encompassing supervised fine-tuning and preference optimization, aimed at enhancing their capability for seamless interaction with users. Lastly, the report elaborates on plausible approaches used for language model adaptation to specific scenarios, such as embedding, retrieval augmented generation, and function calling. The Kanana model series spans from 2.1B to 32.5B parameters with 2.1B models (base, instruct, embedding) publicly released to promote research on Korean language models.
format Preprint
id arxiv_https___arxiv_org_abs_2502_18934
institution arXiv
publishDate 2025
record_format arxiv
spellingShingle Kanana: Compute-efficient Bilingual Language Models
Kanana LLM Team
Bak, Yunju
Lee, Hojin
Ryu, Minho
Ham, Jiyeon
Jung, Seungjae
Nam, Daniel Wontae
Eo, Taegyeong
Lee, Donghun
Jung, Doohae
Kim, Boseop
Kim, Nayeon
Park, Jaesun
Kim, Hyunho
Ko, Hyunwoong
Lee, Changmin
On, Kyoung-Woon
Baeg, Seulye
Cho, Junrae
Jung, Sunghee
Kang, Jieun
Kim, EungGyun
Kim, Eunhwa
Ko, Byeongil
Lee, Daniel
Lee, Minchul
Lee, Miok
Lee, Shinbok
Seo, Gaeun
Computation and Language
Machine Learning
We introduce Kanana, a series of bilingual language models that demonstrate exceeding performance in Korean and competitive performance in English. The computational cost of Kanana is significantly lower than that of state-of-the-art models of similar size. The report details the techniques employed during pre-training to achieve compute-efficient yet competitive models, including high quality data filtering, staged pre-training, depth up-scaling, and pruning and distillation. Furthermore, the report outlines the methodologies utilized during the post-training of the Kanana models, encompassing supervised fine-tuning and preference optimization, aimed at enhancing their capability for seamless interaction with users. Lastly, the report elaborates on plausible approaches used for language model adaptation to specific scenarios, such as embedding, retrieval augmented generation, and function calling. The Kanana model series spans from 2.1B to 32.5B parameters with 2.1B models (base, instruct, embedding) publicly released to promote research on Korean language models.
title Kanana: Compute-efficient Bilingual Language Models
topic Computation and Language
Machine Learning
url https://arxiv.org/abs/2502.18934