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Ambiguous Query Answering with Neural Symbolic Reasoning Over Incomplete KG

2026reasoning enablementincrementalmethod

Lihui Liu, Hanghang Tong

Synthesis lectures on computer science

https://doi.org/10.1007/978-3-032-15858-1_7OpenAlex: W7127111351
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Abstract Quality
GPT-5.5 Abstract Analysis

Problems Identified (5)

Ambiguous KG query answering: The work addresses answering unclear or multi-meaning queries over knowledge graphs.

Query intent uncertainty: Ambiguous language creates uncertainty in interpreting the user's query intent.

Incomplete KG reasoning: The title frames the task as reasoning over incomplete knowledge graphs.

Ambiguous KG query answering: The work addresses answering unclear or multi-meaning queries over knowledge graphs.

Query intent uncertainty: Ambiguous language creates uncertainty in interpreting the user's query intent.

Proposed Solutions (4)

Neural-symbolic KG reasoning: The chapter applies neural-symbolic reasoning by combining symbolic knowledge-graph structure with neural network models to clarify ambiguous queries and retrieve relevant answers.

Semantic context query reformulation: The abstract describes using semantic analysis, context understanding, and query reformulation to address ambiguous queries.

Neural-symbolic KG reasoning: The chapter applies neural-symbolic reasoning by combining symbolic knowledge-graph structure with neural network models to clarify ambiguous queries and retrieve relevant answers.

Semantic context query reformulation: The abstract describes using semantic analysis, context understanding, and query reformulation to address ambiguous queries.

Results (3)

Ambiguity resolution:

Relevant accurate answers:

Ambiguity resolution:

Research Domain

Knowledge graph question answering / neural-symbolic reasoning

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