Impact of Background Dense Multipath Components on Multi-Band Fusion ISAC Systems
2026-05-01T08:51:47Z•a96ea4e3d06c9e5946933c2a02467f7199f5c597b46dcb2876176ad36bb77416
6GCRBDMCDOA estimationFR3H-TokComISACJSACCNewton-MUSICRISarray zoomingcovert communicationdense multipath componentsflexible-antenna systemsfourth-order cumulantsmovable antennasmulti-band fusionnear-field localizationneural polar decoding','over-parameterization','polar codes','F1physical layer securityreconfigurable intelligent surfacesecond-order covariancesemantic communicationssensing-assisted channel estimationtoken communication
What happened
Collection of recent signal-processing and wireless communications papers (arXiv, 01 May 2026) covering multi-band ISAC, array/antenna innovations, physical-layer security, sensing-assisted CSI estimation, semantic-aware token communication, neural decoders, radar interference mitigation, ML-enabled beam prediction, LiDAR-based blockage prediction, and an experimental RIS deployment. Key contributions include: analysis of dense multipath components (DMC) effects and CRB-based limits for multi-band fusion ISAC; movable-antenna array-zooming methods to resolve near-field aliasing; a joint-secrey
Why it matters
A reviewed impact interpretation has not been published for this record.
Evidence and limitations
- Source ID
- arxiv_eess_sp
- Record identifier
- a96ea4e3d06c9e5946933c2a02467f7199f5c597b46dcb2876176ad36bb77416
- Enrichment time
- 2026-05-01T08:51:47Z
- AI-assisted enrichment
- Yes
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