VeriChat is a retrieval-augmented multi-agent conversational system for hardware security verification that integrates EDA tools and reports 87.73% faithfulness while demonstrating autonomous Trojan detection on an AES design.
Improving Multi-turn Dialogue Modelling with Utterance ReWriter
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abstract
Recent research has made impressive progress in single-turn dialogue modelling. In the multi-turn setting, however, current models are still far from satisfactory. One major challenge is the frequently occurred coreference and information omission in our daily conversation, making it hard for machines to understand the real intention. In this paper, we propose rewriting the human utterance as a pre-process to help multi-turn dialgoue modelling. Each utterance is first rewritten to recover all coreferred and omitted information. The next processing steps are then performed based on the rewritten utterance. To properly train the utterance rewriter, we collect a new dataset with human annotations and introduce a Transformer-based utterance rewriting architecture using the pointer network. We show the proposed architecture achieves remarkably good performance on the utterance rewriting task. The trained utterance rewriter can be easily integrated into online chatbots and brings general improvement over different domains.
fields
cs.CR 1years
2026 1verdicts
UNVERDICTED 1representative citing papers
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VeriChat: An Agentic Conversational AI Assistant for Hardware Security Verification
VeriChat is a retrieval-augmented multi-agent conversational system for hardware security verification that integrates EDA tools and reports 87.73% faithfulness while demonstrating autonomous Trojan detection on an AES design.