Transition-Aware Routing in Hybrid Hollow-Core/Single-Mode Fiber Networks: A Cost--Throughput Investigation
2026-07-17T07:23:55Z•5336c8838c18ef0502512051815406d03e1146c0a15718720148b66a6550ba50
AQMDDoSDRDoSFECIIoTIP-spoofingISACMPQUICPeriplusSDNadversarial-MLanomaly-detectionanycastavailabilitybufferbloatformal-verificationhoneypotin-band-control-planemassive-MIMOresiliencevehicular-networkswireless-sensor-networks
What happened
This collection of recent networking papers spans availability, resilience, and adversarial risks across telecom, IoT, and AI-driven systems. Key results: (1) DRDoS/spoofing analysis using global anycast amplification honeypots estimates a lower bound on distributed spoofing sources (>=21% of attacks originate from multiple network locations), informing distributed defense and attribution strategies; (2) Periplus — an in-band SDN control-plane design that encodes forwarding graphs for fast local failover — demonstrates sub-50 ms recovery and scalable bootstrapping on OVS/Mininet; (3) IIoT: the
Why it matters
A reviewed impact interpretation has not been published for this record.
Evidence and limitations
- Source ID
- arxiv_cs_ni
- Record identifier
- 5336c8838c18ef0502512051815406d03e1146c0a15718720148b66a6550ba50
- Enrichment time
- 2026-07-17T07:23:55Z
- AI-assisted enrichment
- Yes
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