Network Edge Inference for Large Language Models: Principles, Techniques, and Opportunities

2026-04-28T08:52:26Z3e8a03de51e84ee85177a08dd660603d186267549a4667193223121a78e4018b
CRDTClusterFusion++GPU-optimizationKeyhiveLLM edge inferenceMEVMatrixSDSL-SolverTACOaccess-controlatomic-simulationavailabilityblockchainclient-exclusioncommunication-compressiondistributed-trainingedge-computingfederated-learningformal-verificationkubernetesnumerical-stabilityprivacyspot-instancestransaction-ordering

What happened

This document is an arXiv feed (multiple CS systems/ML papers) covering LLM edge inference, distributed GNN/LLM training optimizations, blockchain transaction sequencing and MEV vs. fair ordering, federated learning client-exclusion strategies, formal verification of local-first access control (CRDTs/Matrix/Keyhive), performant GPU fusion for transformer decoding, distributed sparse solvers, Kubernetes spot-instance provisioning, and atomistic simulation at scale. Security-relevant highlights: (1) the formal-verification paper identifies that existing local-first systems (Matrix, Keyhive) pair

Why it matters

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

Evidence and limitations

Source ID
arxiv_cs_dc
Record identifier
3e8a03de51e84ee85177a08dd660603d186267549a4667193223121a78e4018b
Enrichment time
2026-04-28T08:52:26Z
AI-assisted enrichment
Yes

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