OCC: Physical-Layer Assisted Congestion Control for Real-Time Communications
2026-04-27T07:23:54Z•f3571020688378f5aa7eb9c850d6db8ed8da0b4ad329b4ad847b15d7ae9cfdd4
5GDDoSLEOLLMSDNSYN-floodbeamformingbenchmarkingcellularconfiguration-repaircongestion-controleBPFintrusion-detection','resource-allocation','iBCI','ADC','implantnetwork-automationnetworkingorbital-decayperformance-isolationphysical-layerprogrammable-dataplaneproof-of-workreal-time-communicationssatellitesecurityspace-weatherwireless
What happened
Collection of recent networking and systems research (11 papers) covering physical-layer assisted RTC congestion control, LLM-driven network configuration repair benchmarking, programmable shared cloud network stacks, 5G gNB 3D EIRP/beamforming evaluations, ML methods for transmitter placement, resource-aware intrusion-detection allocation, LEO satellite resilience to solar storms, ingress-aware SYN-flood defenses, and a low-power wireless iBCI headstage design. Key contributions include: OCC — a physical-layer informed congestion controller that cuts tail latency 13–68% and raises video bit-r
Why it matters
A reviewed impact interpretation has not been published for this record.
Evidence and limitations
- Source ID
- arxiv_cs_ni
- Record identifier
- f3571020688378f5aa7eb9c850d6db8ed8da0b4ad329b4ad847b15d7ae9cfdd4
- Enrichment time
- 2026-04-27T07:23:54Z
- AI-assisted enrichment
- Yes
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