Hao Pan
  • Bio
  • News
  • Experience
  • Papers
  • Publications
    • WDNN: Weighted Diffractive Neural Network for Physical-layer RF Signal Processing
    • CGMM: Non-Invasive Continuous Glucose Monitoring in Wearables Using Metasurfaces
    • SwiftTrack+: Fine-Grained and Robust Fast Hand Motion Tracking Using Acoustic Signal
    • MagSpy: Revealing User Privacy Leakage via Magnetometer on Mobile Devices
    • M3Cam: Extreme Super Resolution via Multi-Modal Optical Flow for Mobile Cameras
    • HandPad: Make Your Hand an On-the-go Writing Pad via Human Capacitance
    • AUTOMS: Automated Service for mmWave Coverage Optimization using Low-cost Metasurfaces
    • GPMS: Enabling Indoor GNSS Positioning using Passive Metasurfaces
    • MicroSurf: Guiding Energy Distribution inside Microwave Oven with Metasurfaces
    • Pushing Wireless Charging from Station to Travel
    • PMSat: Optimizing Passive Metasurface for Low Earth Orbit Satellite Communication
    • Effectively Learning Moir´e QR Code Decryption from Simulated Data
    • Addressing Practical Challenges in Acoustic Sensing To Enable Fast Motion Tracking
    • DoCam: Depth Sensing with an Optical Image Stabilization Supported RGB Camera
    • OISSR: Optical Image Stabilization Based Super Resolution on Smartphone Cameras
    • MagDefender: Detecting Eavesdropping on Mobile Devices using the Built-in Magnetometer
    • ScreenID: Enhancing QRCode Security by Utilizing Screen Dimming Feature
    • MagneComm+: Near-Field Electromagnetic Induction Communication with Magnetometer
    • No Seeing is Also Believing: Electromagnetic-emission-based Application Guessing Attacks via Smartphones
    • MagThief: Stealing Private App Usage Data on Mobile Devices via Built-in Magnetometer
    • Magicinput: Training-free multi-lingual finger input system using data augmentation based on mnists
    • ScreenID: Enhancing QRCode Security by Fingerprinting Screens
    • MagPrint: Deep Learning Based User Fingerprinting Using Electromagnetic Signals
    • mQRCode: Secure QR Code Using Nonlinearity of Spatial Frequency in Light
    • Secure Visible Light Communication via Two-Dimensional Spatially Aliased Patterns
    • MagAttack: Guessing Application Launching and Operation via Smartphone
    • MagneComm: Magnetometer-based Near-Field Communication
  • Projects
  • Experience
  • News
    • 🎉 Our paper is accepted by SIGCOMM 2026!
    • 🎉 Our paper is accepted by INFOCOM 2026!
    • 🎉 Our three papers are accepted by MobiCom 2026 (summer round)!
    • 🥳 I am invited to be a TPC member for MobiSys 2026!
    • 🥳 I am invited to be a TPC member for MobiCom 2026!
    • 🎉 Our paper *MoireComm* is accepted by TDSC 2025!
    • 🥳 I am invited to be a TPC member for SenSys 2026!
    • 🎉 Our paper *WDNN* is pre-accepted by MobiCom 2025 (winter round, accept rate 36/348 = 10.3%).
    • 🎉 Our paper *CGMM* is accepted by MobiCom 2025 (summer round, accept rate 41/240 = 17.1%).
    • 🥳 I am invited to be a TPC member for MobiSys 2025!
    • 🎉 Our paper *M3Cam* is accepted by SenSys 2024.
    • 🥳 I am invited to be a TPC member for MobiCom 2025!
    • 🎉 Our two papers *GPMS* and *MicroSurf* are accepted by MobiCom 2024 (winter round)!
    • 🥳 I am promoted as a Senior Researcher @ MSR.
    • 🎉 Our paper *AutoMS* is accepted by MobiCom 2024 (summer round)!
    • 🎉 Our paper *PMSat* is accepted by MobiCom 2023 (winter round)!

🎉 Our paper is accepted by SIGCOMM 2026!

May 12, 2026·
Hao Pan
Hao Pan
· 1 min read

📝 CommSAR: Enabling Bidirectional Communication in SAR Imaging Satellites via Shared Waveform

Last updated on May 13, 2026
Paper
Hao Pan
Authors
Hao Pan
Associate Professor
🎉 Our paper is accepted by INFOCOM 2026! Dec 8, 2025 →

© 2026 Hao Pan.

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