Aug 2026· 2026 12th International Conference on Big Data and Information Analytics (BigDIA)· pp. 1160-1164· 0 citations· 17 references
Abstract
To bridge the semantic gap in NL2SQL (Natural Language to SQL) tasks, this study proposes a "Question→SQL→Wiki" framework that leverages a dynamic Wiki Graph as an intermediate reasoning layer. Departing from conventional NL2SQL approaches that rely solely on end-to-end mapping, our method utilizes Large Language Models (LLMs) to translate natural language questions into SQL queries, subsequently parsing these queries to construct a context-specific Wiki Graph. Unlike static knowledge graphs, this architecture emulates the associative and incremental nature of encyclopedic systems, explicitly modeling both database schemas and query-specific logic. By transforming abstract linguistic intent into a structured, wiki-style representation prior to execution, the framework significantly enhances schema linking and logical correctness. Experiments demonstrate that this graph-augmented paradigm improves the accuracy and robustness of NL2SQL systems, offering a scalable solution for complex query generation over relational databases.
We present EXYGEN (EXplore Your Graphs ENgine), a framework for knowledge graph (KG) understanding that enables conversational access to KGs at scale. We address two questions in sequence. First, how effectively can LLMs perform text-to-SPARQL generation given only automatically derived structured metadata and small gr...
Harshdeep Singh, Yu-Rui Zhu, Giovanni Colavizza et al.· 0 citations
KGVoyager is presented, a KG-agnostic agentic architecture that generates SPARQL queries from natural language questions by dynamically discovering graph structure and semantics, requiring only a query endpoint of the underlying graph.
It is shown that for database queries, data model concepts pass to LLMs more effectively through representations whose vocabulary terms carry declared, machine-readable semantics (controlled semantics).
Building automation systems are increasingly represented as semantic knowledge graphs (KGs) using ontologies such as Brick and ASHRAE 223P, creating a machine-readable substrate for artificial-intelligence applications. One promising application is translating natural-language questions into SPARQL (text-to-SPARQL), wh...
This paper studies the VKG-QA task, which enables users to interact with the VKGs through a natural language (NL) interface by translating their questions into SPARQL queries, and pro-poses NaVQA (Navigation-based VKG Question Answering), a framework leveraging Large Language Models.
Guohui Xiao, Haohan Xue, Lin Ren et al.· Proceedings of the Thirty-Fi...· 0 citations
This survey examines how these methods integrate graphs into various stages of the LLM pipeline, including the input, model, and output phases, and outlines the challenges and future research directions for developing more efficient and interpretable solutions.
Xin-Yan Zhu, Cheng Yang, Qiu-Yue Wang et al.· Proceedings of the Thirty-Fi...· 0 citations
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