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Knowledge Graph Reasoning and Security Assurance Decision-Making Based on Online Retrieval Augment Generation

A paper proposing a framework for enhancing security assurance using Knowledge Graph reasoning and online Retrieval Augmented Generation.

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Knowledge Graph Reasoning and Security Assurance Decision-Making Based on Online Retrieval Augment Generation

By Chunyu Lu, Jun Luo, Duo Shang, Tianran Chen, Xin Hui, Ruhui Shi
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The authors present a novel approach to risk assessment and mitigation in critical infrastructure, leveraging Knowledge Graphs and large language models. The framework integrates a dynamically updated Knowledge Graph with LLMs to facilitate real-time risk evaluation and proactive strategies.

Simulated experiments demonstrate the efficacy of this framework in improving risk identification and response.

Abstract

The authors present a novel approach to risk assessment and mitigation in critical infrastructure, leveraging Knowledge Graphs and large language models. The framework integrates a dynamically updated Knowledge Graph with LLMs to facilitate real-time risk evaluation and proactive strategies. Simulated experiments demonstrate the efficacy of this framework in improving risk identification and response.

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knowledge graph reasoningsecurity assurance decision-makingonline retrieval augmented generationcritical infrastructure risk assessmentlarge language models integrationKnowledge GraphsLarge Language ModelsRetrieval & RAGSemantic Interoperability
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