Certified Euclidean-Residue Minimal-Alignment Switch Decompositions for Three Edge-Disjoint Hamiltonian Cycles in Eisenstein--Jacobi Networks
2026-06-19T07:24:04Z•db103e139a66164e8fe17a13742dbd2920a873f22623ae5a55c582d98d9c8a2f
Eisenstein-Jacobi networksHamiltonian cyclesLLM bias mitigationNR-U / Wi‑Fi coexistenceRF ray-tracing realismRSMATXOP adaptationURLLCV2X semantic communicationsaerial base stations (AeBS)broadcast repaircirculant networksdeep reinforcement learning (DRL)fault-tolerancegraph diffusionhypergraph semantic communicationinterconnection networksnetwork slicingreproducible studysemantic-aware communications
What happened
Collection of nine recent arXiv CS/Networks & Infrastructure abstracts covering algebraic interconnection-network theory and practical algorithms, semantic-aware communications, and ML-enabled wireless-system design. Papers include: minimal-switch Hamiltonian-cycle decompositions and broadcast-repair methods for Eisenstein–Jacobi networks; fault-tolerant shared-relay analysis for circulant networks; a hypergraph-based implicit semantic-reasoning framework (HISR); graph-diffusion generative optimization for aerial base-station (AeBS) deployment with RSMA for URLLC; a study on limitations of ray
Why it matters
A reviewed impact interpretation has not been published for this record.
Evidence and limitations
- Source ID
- arxiv_cs_ni
- Record identifier
- db103e139a66164e8fe17a13742dbd2920a873f22623ae5a55c582d98d9c8a2f
- Enrichment time
- 2026-06-19T07:24:04Z
- AI-assisted enrichment
- Yes
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