Performance Bounds and Robust Filtering for LEO Inter-Satellite Synchronization under Cross-Epoch Doppler Coupling
2026-03-13T08:51:50Z•c7dcec69a661add6d23d67ed34c38858f5336ad526bcdf1cccbc9e0675d2b0df
Doppler couplingFSOISACIntegrated Sensing and CommunicationLEOMIMONOMAPCRBRHSRISSCN detectorUAVanti-jammingcarrier phasecontinuous RISflexible intelligent metasurfacesfluid antenna systemsinter-satellite linksjamming resiliencemetasurfacesnoise uncertaintyreconfigurable holographic surfacerobust filteringskyrmionsynchronization
What happened
Collection of recent arXiv papers (Mar 2026) on advanced wireless sensing/communication topics with clear security relevance. Key contributions include: (1) LEO inter‑satellite synchronization analysis showing cross‑epoch Doppler coupling is necessary to bound carrier‑phase uncertainty and a PCRB + robust hybrid filter to mitigate cycle‑slip/outlier effects (spacecraft/LEO link integrity implications); (2) RHOSI — an RHS‑aided UAV ISAC framework that jointly optimizes transmit beamforming, holographic phase shifts and UAV placement to improve anti‑jamming resilience (defensive capability and a
Why it matters
A reviewed impact interpretation has not been published for this record.
Evidence and limitations
- Source ID
- arxiv_eess_sp
- Record identifier
- c7dcec69a661add6d23d67ed34c38858f5336ad526bcdf1cccbc9e0675d2b0df
- Enrichment time
- 2026-03-13T08:51:50Z
- AI-assisted enrichment
- Yes
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