Armstrong is the first mmWave full-duplex backscatter architecture delivering 20x longer range and over 100x lower cost than prior systems via a 7.7 mW regenerative amplifier and -60 dBm rectifier.
3d localization for sub- centimeter sized devices
2 Pith papers cite this work. Polarity classification is still indexing.
2
Pith papers citing it
years
2026 2verdicts
UNVERDICTED 2representative citing papers
The paper describes development of CapSenseBand, a knitted wristband for capacitive sensing, using paper models to support cross-disciplinary negotiation between textile and interaction design expertise.
citing papers explorer
-
An ISAC-ready Full-Duplex Backscatter Architecture for the mmWave IoT
Armstrong is the first mmWave full-duplex backscatter architecture delivering 20x longer range and over 100x lower cost than prior systems via a 7.7 mW regenerative amplifier and -60 dBm rectifier.
-
CapSenseBand: Sustaining Cross-Disciplinary Creativity When Stitches Must Meet Signals
The paper describes development of CapSenseBand, a knitted wristband for capacitive sensing, using paper models to support cross-disciplinary negotiation between textile and interaction design expertise.