Let it Flow: A Formally Verified Compilation Framework for Asynchronous Dataflow

2026-08-07T08:51:54Z2185674369e0f942f256d16248bb617ef64b8138027be621e0bdea8ae8164f39
LLM securityacademic researchagentic programmingasynchronous dataflowbit-vector reasoningcompiler correctnessconstrained Horn clausesformal verificationgrammar-constrained decodinghardware speculationmemory dependence predictionmemory tieringprobabilistic programmingprogram synthesisquantum computingsparse tensor algebrasystems research

What happened

This feed contains recent computer science research on formally verified compilation, grammar-constrained LLM decoding, noise-aware quantum-program verification, probabilistic LLM workflows, bit-precise verification, processor memory-dependence prediction, sparse tensor parallelization, and memory-tiering systems. The material is primarily academic and does not describe known vulnerabilities, exploits, malicious activity, or security incidents. Security relevance is indirect, centered on correctness, determinism, formal verification, safe program generation, and memory-system behavior.

Why it matters

A reviewed impact interpretation has not been published for this record.

Evidence and limitations

Source ID
arxiv_cs_pl
Record identifier
2185674369e0f942f256d16248bb617ef64b8138027be621e0bdea8ae8164f39
Enrichment time
2026-08-07T08:51:54Z
AI-assisted enrichment
Yes

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