In a world increasingly driven by the intersection of language and technology, the demand for versatile and powerful language models has never been greater. Traditional large language models (LLMs) have excelled in textual comprehension or coding tasks but seldom managed to strike a harmonious balance between the 2. This imbalance has left a niche available in the market for models that may seamlessly navigate textual reasoning and coding proficiency. Enter Lemur and Lemur-chat, two groundbreaking contributions to the realm of open pre-trained and supervised fine-tuned LLMs that aim to bridge this gap.

Creating language models that may proficiently handle each text and code has been a long-standing challenge. Existing LLMs have typically been specialized for textual comprehension or coding tasks, but seldom each. This specialization has left developers and researchers grappling with the necessity to make a choice from models that excel in a single area while falling short in the opposite. Consequently, a pressing need has arisen for LLMs that may offer a multifaceted skill set encompassing understanding, reasoning, planning, coding, and context grounding.

While some solutions exist in the shape of traditional LLMs, their limitations have remained evident. The industry has lacked models that may truly balance the intricate demands of each textual and code-related tasks. This has created a void within the landscape of language model agents, where an integrated approach to understanding, reasoning, and coding is crucial.

The Lemur project, spearheaded by XLang Lab in collaboration with Salesforce Research, seeks to handle this critical gap in language model technology. Lemur and Lemur-chat represent a pioneering effort to develop open, pretrained, and supervised fine-tuned LLMs that excel in each text and code-related tasks. The cornerstone of this endeavor is the extensive pretraining of Llama 2 on an unlimited corpus of ~100 billion lines of code-intensive data. This pre-training phase is followed by supervised fine-tuning on ~300,000 instances of public instructional and dialog data. The result’s a language model with enhanced coding and grounding abilities while retaining competitive textual reasoning and knowledge performance.

The performance metrics of Lemur and Lemur-chat are a testament to their prowess. Lemur stands out because it surpasses other open-source language models on coding benchmarks, demonstrating its coding proficiency. Concurrently, it maintains its competitive edge in textual reasoning and knowledge-based tasks, showcasing its versatile skill set. Meanwhile, Lemur-chat significantly outperforms other open-source supervised fine-tuned models across various dimensions, indicating its exceptional capabilities in bridging the gap between text and code in conversational contexts.

The Lemur project represents a collaborative research effort with contributions from each XLang Lab and Salesforce Research, with support from generous gifts from Salesforce Research, Google Research, and Amazon AWS. While the journey towards a balanced open-source language model is ongoing, Lemur’s contributions have already begun reshaping the language model technology landscape. By offering a model that excels in each text and code-related tasks, Lemur provides a strong tool for developers, researchers, and organizations searching for to navigate the increasingly intricate intersection of language and technology.

In conclusion, the Lemur project stands as a beacon of innovation on this planet of language models. Its ability to harmoniously balance text and code-related tasks has addressed a longstanding challenge in the sector. As Lemur continues to evolve and set latest benchmarks, it guarantees to drive further research on agent models and establish a more powerful and balanced foundation for open-source language models. With Lemur, the long run of language model technology is brighter and more versatile than ever before.

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