Thanks to all the collaborators, great work. π Cross-Band RF Radiance Field Modeling via 3D Gaussian Splatting and Propagation Mixture-of-Experts π Mechanically Programmable Reflective Metasurfaces: A General LowβCost Paradigm for HighβFrequency Wavefront Control π Prism: Efficient Zeroth-Order Fine-Tuning for On-Device LLMs π Polarix: Monitoring Multi-Component Liquids via Polarized Light
π CommSAR: Enabling Bidirectional Communication in SAR Imaging Satellites via Shared Waveform
π EarAuth: Towards Pracical Cardiac Vibraion Authenication on COTS Wreless Earbuds
Thanks to all the collaborators, great work. π Attacking mmWave Imaging Using Metasurfaces Based on Intensity and Time-of-Flight Manipulation π Unlocking Practical Cardiac Monitoring Capabilities on True Wireless Stereo Earbuds π MANA: Towards Efficient Mobile Ad Detection via Multimodal Agentic UI Navigation
π’ MobiSys 2026 will be held in Cambridge, UK. Please register and submit your paper at the submission page(https://mobisys26.hotcrp.com).
π’ MobiCom 2026 will be held in Austin, Texas, US. We cordially invite authors to submit their outstanding papers to MobiCom'26.
π MoireComm: Secure Screen-camera Communication Based on Moire Cryptography
π’ SenSys 2026 will be held in Saint-Malo, France. There are two submission rounds this year, please submit your excellent papers to SenSys'26.
We propose an RF circuit-based weighted diffraction neural network for physical-layer RF signal processing.
We propose a non-invasive blood glucose monitoring technology for wearable devices based on metasurface technology.