A reliability-oriented framework for LLM-assisted verification artifact generation in EDA is proposed, integrating contextual grounding, structured generation, and verification-aware feedback to improve artifact quality across multiple abstraction levels.
This work proposes an integrated view on the use of LLMs for EDA and establishes an LLM-enabled behavior driven hardware development workflow, introducing and defining Formal Verification Gherkin Scenarios (FV Gherkin Scenarios), unlocking CNL specifications as the foundation for formally verified hardware designs via...
Requirements specification is a pivotal activity in software development. The use of structured templates for specifying requirements can improve their clarity, consistency, and analyzability, which is particularly important in safety-critical domains such as avionics to support verification and certification activitie...
This work introduces Path2Spec, a divide-and-conquer framework that leverages LLMs to extract all execution paths from an input program, generates path-specific specifications for each, and merges them into a comprehensive overall specification.
Dan Huang, Zhensu Sun, Hui-Hui Huang et al.· 0 citations
BRIDGE is presented, a structured prompting framework that decomposes verification into three interconnected domains: Code (implementations), Specifications (formal intent), and Theorem State-ments (constructive correctness claims), and elicits domain-specific intermediate reasoning to connect them.
Robert Joseph George, Carson Eisenach, Udaya Ghai et al.· 0 citations
The rapid growth of LLM-generated code increases software complexity and the maintenance burden on engineers. While LLMs offer a potential automated alternative, this structural complexity hinders their ability to manage codebases directly. We introduce the Provable Representation Of Original Functionality (PROOF), whi...
XinHao Zhang, Jing-Jie Lu, Kun-Peng Liu et al.· 0 citations
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