A Note on Diameter Certification in Trees

2026-07-14T08:52:20Ze89448f26b7cfcbb436f53b762d05aae831a0dcdb2c92d5a2a6bbbc57cd4556a
agentic-systemsarxivavailabilitybyzantine-fault-tolerancecloud-haskellconsensuscrdtdistributed-systemsenergy-carbongpugpu-migrationhpcllm-inferencemachine-learningml-servingperformanceremote-code-serializationscheduling

What happened

This is an arXiv CS feed (multiple new submissions) containing papers across distributed systems, ML serving/inference, HPC automation, and programming-language/runtime work. Key entries: a 1‑local diameter certification scheme for trees; "Trusted Floors Under Untrusted Learners", a runtime SLO guard that bounds damage from miscalibrated learned admitters (availability/SLO protection); agentic/descriptive execution of HPC workflows with LLM-driven agents and observed failure modes; a denotational view of consensus as evidence collapse; ATSInfer, tensor‑granularity CPU/GPU offloading for local/

Why it matters

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

Evidence and limitations

Source ID
arxiv_cs_dc
Record identifier
e89448f26b7cfcbb436f53b762d05aae831a0dcdb2c92d5a2a6bbbc57cd4556a
Enrichment time
2026-07-14T08:52:20Z
AI-assisted enrichment
Yes

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