CoLLM: A Unified Framework for Co-execution of LLMs Federated Fine-tuning and Inference
2026-04-21T08:52:21Z•187b23301c1e15f29e24caddddbcef8e514e892838066f9d86545ededb98755b
B-PASTEDoS-riskHieraSparseKV-cacheLLMPEFTagentic-servingautonomous-systemscloud-probingco-executiondistributed-trainingedge-computingfederated-learninggraph-neural-networksgraph-transformerinference-optimizationlatency-estimationmicroservicespower-managementprivacyreconnaissanceside-channelsparse-attentionspeculative-executionspot-instances
What happened
This feed contains multiple 2026 arXiv papers on systems and ML infrastructure: CoLLM — a unified co-execution framework that merges federated PEFT fine-tuning and inference on shared edge replicas to improve goodput; MSGAF — multi-scale graph fusion for scene-aware microservice latency estimation; Spot-and-Scoot — a low-cost probing technique that infers spot-instance availability by submitting-and-cancelling provisioning requests; B-PASTE — beam-aware speculative execution for LLM agents that speculates bounded future branches under resource constraints; KAIROS — context-aware power and GPU/
Why it matters
A reviewed impact interpretation has not been published for this record.
Evidence and limitations
- Source ID
- arxiv_cs_dc
- Record identifier
- 187b23301c1e15f29e24caddddbcef8e514e892838066f9d86545ededb98755b
- Enrichment time
- 2026-04-21T08:52:21Z
- AI-assisted enrichment
- Yes
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