In-Situ Timing Diagnosis of PDN and Configuration-Upset-Induced Routing Delay Degradation in SRAM-based FPGAs
2026-03-12T08:51:47Z•a997ad66ccbe9c036498f65cc5eccf7bf255710fad270ead8c2b953ba271b88e
6GAUV','path planningAoA estimationFPGAIRSKrigingLLMREMSAWSRAM-based FPGASearchliteSpyglassUAVacousticschannel modelingfoundation modelsin-situ monitoringmatrix completionmovable antennasmovable-antenna placementnear-field channel estimationpower-distribution-network (PDN)radio dynamic zonesspectrum sensingtiming diagnosis
What happened
This collection of newly announced EESS/SP arXiv papers (Mar 12, 2026) spans FPGA reliability, advanced channel modeling for 6G, UAV-based 3D radio-environment mapping, antenna placement and near-field sensing, directional spectrum sensing/AoA estimation, IRS channel estimation, high-power acoustic transducer design, and AUV path planning for sound-speed estimation. Key contributions include: an in-situ timing-diagnosis architecture that distinguishes PDN-induced (globally correlated) vs. configuration-upset/routing-induced (localized, higher variance) timing degradation in SRAM FPGAs using in
Why it matters
A reviewed impact interpretation has not been published for this record.
Evidence and limitations
- Source ID
- arxiv_eess_sp
- Record identifier
- a997ad66ccbe9c036498f65cc5eccf7bf255710fad270ead8c2b953ba271b88e
- Enrichment time
- 2026-03-12T08:51:47Z
- AI-assisted enrichment
- Yes
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