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Exploring the Potential of Residual Networks for Efficient Sub-Nyquist Spectrum Sensing.

, and . WiMob, page 489-492. IEEE, (2023)

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MiShape: Accurate Human Silhouettes and Body Joints from Commodity Millimeter-Wave Devices., , , and . Proc. ACM Interact. Mob. Wearable Ubiquitous Technol., 6 (3): 96:1-96:31 (2022)Exploring the Potential of Residual Networks for Efficient Sub-Nyquist Spectrum Sensing., and . WiMob, page 489-492. IEEE, (2023)Poster: mmBox: mmWave Bounding Box for Vehicle and Pedestrian Detection Under Outdoor Environment., , and . ICNP, page 1-2. IEEE, (2023)VisualMM: Visual Data & Learning Aided 5G Picocell Placement., , and . HotMobile, page 165-166. ACM, (2021)ZigZagCam: Pushing the Limits of Hand-held Millimeter-Wave Imaging., , , and . HotMobile, page 163-164. ACM, (2021)Outdoor Millimeter-Wave Picocell Placement using Drone-based Surveying and Machine Learning., , , and . ICCCN, page 1-10. IEEE, (2023)SquiggleMilli: Approximating SAR Imaging on Mobile Millimeter-Wave Devices., , , and . Proc. ACM Interact. Mob. Wearable Ubiquitous Technol., 5 (3): 125:1-125:26 (2021)Towards Deep Learning Augmented Robust D-Band Millimeter-Wave Picocell Deployment., and . SIGMETRICS Perform. Evaluation Rev., 50 (4): 62-64 (April 2023)Argus: Predictable Millimeter-Wave Picocells with Vision and Learning Augmentation., and . SIGMETRICS (Abstracts), page 29-30. ACM, (2022)mmSight: Towards Robust Millimeter-Wave Imaging on Handheld Devices., , and . WoWMoM, page 117-126. IEEE, (2023)