Access Selection for Finite-SNR Modal Recoverability in Sampled-Wave Receivers
2026-06-29T08:51:43Z•76b588b8fe1b23aabac1b6f7dfd8b27b4f2365a4b5c22fd8ce08b8b9d8d7ca1e
5GADMMBF-MIRE-pinching antennaEEG domain adaptationUAV-assisted communicationsXL-MIMObandwidth allocationbattery-free IoTbeamformingblockage mitigationdistributed antennasdistributed optimal power flowgraph topology inferencehydrogenerator monitoringindoor farmingindustrial control systemsmmWavemodal recoverabilitypassive microwave imagingpredictive controlreconfigurable antennassampled-wave receiverssource-free UDAvehicular networks
What happened
This feed aggregates recent arXiv signal-processing/electrical-engineering papers (June 29, 2026) covering receiver/access selection for finite-SNR modal recoverability in large sampled-wave/XL-MIMO systems; an electronically reconfigurable millimeter-wave "E-pinching" antenna for dynamic LoS/NLoS links and blockage mitigation; LightFARM, a model-predictive lighting control with battery-free IoT for indoor farming; distributed air-gap flux and rotor-current fusion for operating-regime identification in a 10-MW Kaplan hydrogenerator (industrial monitoring); a beamforming microwave interferomicr
Why it matters
A reviewed impact interpretation has not been published for this record.
Evidence and limitations
- Source ID
- arxiv_eess_sp
- Record identifier
- 76b588b8fe1b23aabac1b6f7dfd8b27b4f2365a4b5c22fd8ce08b8b9d8d7ca1e
- Enrichment time
- 2026-06-29T08:51:43Z
- AI-assisted enrichment
- Yes
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