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YuLan: An Open-source Large Language Model
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abstract
Large language models (LLMs) have become the foundation of many applications, leveraging their extensive capabilities in processing and understanding natural language. While many open-source LLMs have been released with technical reports, the lack of training details hinders further research and development. This paper presents the development of YuLan, a series of open-source LLMs with $12$ billion parameters. The base model of YuLan is pre-trained on approximately $1.7$T tokens derived from a diverse corpus, including massive English, Chinese, and multilingual texts. We design a three-stage pre-training method to enhance YuLan's overall capabilities. Subsequent phases of training incorporate instruction-tuning and human alignment, employing a substantial volume of high-quality synthesized data. To facilitate the learning of complex and long-tail knowledge, we devise a curriculum-learning framework throughout across these stages, which helps LLMs learn knowledge in an easy-to-hard manner. YuLan's training is finished on Jan, 2024 and has achieved performance on par with state-of-the-art LLMs across various English and Chinese benchmarks. This paper outlines a comprehensive technical roadmap for developing LLMs from scratch. Our model and codes are available at https://github.com/RUC-GSAI/YuLan-Chat.
Forward citations
Cited by 3 Pith papers
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FinS-Pilot: A Benchmark for Online Financial RAG System
FinS-Pilot is a small benchmark of real-world financial assistant queries with real-time API data and text corpus, used to compare Chinese LLMs on financial RAG tasks.
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GREAT: Guiding Query Generation with a Trie for Recommending Related Search about Video at Kuaishou
An LLM-based item-to-query recommender with trie-constrained decoding, plus a new dataset, reports modest gains over baselines in Kuaishou's related-search scenario.
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YuLan-Mini: An Open Data-efficient Language Model
A 2.42B-parameter base model trained on 1.08T tokens matches or beats several industry baselines trained on 7T to 18T tokens across math, code, and general benchmarks.
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