This study presents a method for implementing generative AI services by
utilizing the Large Language Model (LLM) application architecture. With recent
advancements in generative AI technology, LLMs have gained prominence across
various domains. In this context, the research addresses the challenge of
information scarcity and proposes specific remedies by harnessing LLM
capabilities. The investigation delves into strategies for mitigating the issue
of inadequate data, offering tailored solutions. The study delves into the
efficacy of employing fine-tuning techniques and direct document integration to
alleviate data insufficiency. A significant contribution of this work is the
development of a Retrieval-Augmented Generation (RAG) model, which tackles the
aforementioned challenges. The RAG model is carefully designed to enhance
information storage and retrieval processes, ensuring improved content
generation. The research elucidates the key phases of the information storage
and retrieval methodology underpinned by the RAG model. A comprehensive
analysis of these steps is undertaken, emphasizing their significance in
addressing the scarcity of data. The study highlights the efficacy of the
proposed method, showcasing its applicability through illustrative instances.
By implementing the RAG model for information storage and retrieval, the
research not only contributes to a deeper comprehension of generative AI
technology but also facilitates its practical usability within enterprises
utilizing LLMs. This work holds substantial value in advancing the field of
generative AI, offering insights into enhancing data-driven content generation
and fostering active utilization of LLM-based services within corporate
settings.

本研究提出了一种利用大型语言模型（LLM）应用架构实现生成式人工智能服务的方法，通过利用生成式人工智能技术的最新进展，研究解决了信息匮乏的挑战，并通过利用 LLM 功能提出了具体的解决方案。研究探讨了缓解数据不足问题的策略，提供了量身定制的解决方案。通过实施检索增强生成（RAG）模型来解决上述挑战是工作的一个重要贡献，该模型被精心设计用于增强信息存储和检索过程，以确保改进的内容生成。本研究阐明了以 RAG 模型为基础的信息存储和检索方法的关键阶段，对这些步骤进行了全面分析，强调了它们在解决数据匮乏方面的重要性。研究突出了所提出方法的有效性，通过示例展示了其在实践中的适用性。通过实施 RAG 模型进行信息存储和检索，本研究不仅对生成式人工智能技术有了更深入的理解，而且还促进了利用 LLM 的企业内部的实际应用。这项工作在推进生成式人工智能领域，提供改进基于数据的内容生成以及促进企业内部利用 LLM 服务方面具有重要价值。

基于企业数据的 LLM 应用架构下生成式 AI 服务实现的研究

A Study on the Implementation of Generative AI Services Using an  Enterprise Data-Based LLM Application Architecture

Multilingual question answering tasks typically assume answers exist in the
same language as the question. Yet in practice, many languages face both
information scarcity -- where languages have few reference articles -- and
information asymmetry -- where questions reference concepts from other
cultures. This work extends open-retrieval question answering to a
cross-lingual setting enabling questions from one language to be answered via
answer content from another language. We construct a large-scale dataset built
on questions from TyDi QA lacking same-language answers. Our task formulation,
called Cross-lingual Open Retrieval Question Answering (XOR QA), includes 40k
information-seeking questions from across 7 diverse non-English languages.
Based on this dataset, we introduce three new tasks that involve cross-lingual
document retrieval using multi-lingual and English resources. We establish
baselines with state-of-the-art machine translation systems and cross-lingual
pretrained models. Experimental results suggest that XOR QA is a challenging
task that will facilitate the development of novel techniques for multilingual
question answering. Our data and code are available at
this https URL

通过使用跨语言开放检索问题回答，扩展多语言问答任务，解决信息匮乏和信息不对称问题。在 TyDi QA 上构建了一个大规模数据集，并建立了三个跨语言文档检索任务的基线。利用机器翻译系统和跨语言预训练模型，在实验中得出 XOR QA 是一个具有挑战性的任务，将促进多语言问答技术的开发。