Towards Formal Verification of Hybrid Synchronous Programs with Refinement Types
2026-05-07T08:52:06Z•9419df213dec3b28eac9b47d1fd293145faa1738b6eb348ed1e7c80655a47517
ISALLM-memoryRISC-Vcode-qualitycompiler-verificationcontext-managementdata-leakagedifferential-equationsfloating-pointformal-verificationhardware-verificationhybrid-systemsinteraction-treeslossless-memorymodel-architecturemulti-agent-systems','LLM-security','supply-chain-risknumerical-analysisprivacyprobabilistic-analysisrecursive-contextsround-offsimulatorstatic-analysissynchronous-programmingtype-systems
What happened
Collection of recent research papers with implications for system assurance, verification, and AI system security. Key items: (1) Formal verification of hybrid synchronous programs (synchronous languages + differential equations) advances verification for safety-critical CPS by formalizing operational semantics (IVPs, zero-crossing) and a sound type system — improves assurance for controller code but depends on modeling/execution fidelity. (2) Interaction-Tree RISC-V ISA semantics in Rocq enables machine-checked, cross-level verification from compiler IR to hardware and an executable simulator
Why it matters
A reviewed impact interpretation has not been published for this record.
Evidence and limitations
- Source ID
- arxiv_cs_pl
- Record identifier
- 9419df213dec3b28eac9b47d1fd293145faa1738b6eb348ed1e7c80655a47517
- Enrichment time
- 2026-05-07T08:52:06Z
- AI-assisted enrichment
- Yes
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