Large language models (LLMs) are crucial to processing extensive data quickly and accurately. Instruction tuning plays a vital role in enhancing their reasoning abilities and preparing them to solve new, unseen problems. However, the acquisition of high-quality instruction data on a large scale presents a significant challenge. Traditional methods that rely heavily on human input…
Large language models (LLMs) play a fundamental role in processing substantial amounts of data quickly and accurately, and depend critically on instruction tuning to enhance their reasoning capabilities. Instruction tuning is crucial as it equips LLMs to efficiently solve unfamiliar problems by applying learned knowledge in structured scenarios.
However, obtaining high-quality, scalable instruction data continues…
Text embedding models, an essential aspect of natural language processing, enable machines to interact and interpret human language by converting textual information into a numerical format. These models are vital for numerous applications, from search engines to chatbots, enhancing overall efficiency. However, the challenge in this field lies in enhancing the retrieval accuracy without excessively…
Large Language Models (LLMs) heavily rely on the process of tokenization – breaking down texts into manageable pieces or tokens – for their training and operations. However, LLMs often encounter a problem called 'glitch tokens'. These tokens exist in the model's vocabulary but are underrepresented or absent in the training datasets. Glitch tokens can destabilize…
Large Language Models (LLMs) such as GPT-4 and LLaMA2-70B enable various applications in natural language processing. However, their deployment is challenged by high costs and the need to fine-tune many system settings to achieve optimal performance. Deploying these models involves a complex selection process among various system configurations and traditionally requires expensive and time-consuming experimentation.…