@@ -1,5 +1,52 @@
 {
-  "updatedAt": null,
-  "source": "https://scholar.google.com/citations?user=w-GyGM4AAAAJ&hl=en",
-  "papers": {}
+  "updatedAt": "2026-09-21T15:05:45.562Z",
+  "source": "https://scholar.google.com/citations?user=w-GyGM4AAAAJ&hl=en&pagesize=100&view_op=list_works&sortby=pubdate",
+  "papers": {
+    "BFMScan: Enabling Explicit Angle-Resolved Sensing via Beamforming Feedback Matrix": 0,
+    "MUGEN: A Unified Framework for Efficient Motion Understanding and Generation": 0,
+    "HyperEdit: Unlocking Instruction-based Text Editing in LLMs via Hypernetworks": 4,
+    "ARiSE: Efficient Mesh-Based Action Recognition from Wi-Fi Sensing on Edge Devices": 0,
+    "2FiA: Towards WiFi Sensing-Based Authentication with Unique Biometrics": 1,
+    "HydroChirp: Dynamic Chirp Shaping for Reliable and Ultra-Long-Range Underwater Communication": 0,
+    "0cal: Zero-Cost Calibration for mmWave Networks": 0,
+    "Passive optical-to-RF conversion for secure eavesdropping on optical wireless communication systems": 0,
+    "MURAL-Fi: Multi-User Respiration Authentication Leveraging WiFi": 2,
+    "GeoMotionGPT: Geometry-Aligned Motion Understanding with Large Language Models": 1,
+    "Systems and Methods of Beam-Training a Phased Array Antenna": 0,
+    "Systems and Methods of Calibrating a Phased Array Antenna": 0,
+    "O-JRC: An open source software platform for mmWave Joint Radar-Communication development and experimentation": 4,
+    "Energy-efficient paging for duty-cycled lte backscatter": 5,
+    "Key establishment for secure asymmetric cross-technology communication": 20,
+    "Efficient two-way edge backscatter with commodity bluetooth": 2,
+    "FTP: Enabling Fast Beam-Training for Optimal mmWave Beamforming": 1,
+    "Fast and optimal beam alignment for off-the-shelf mmwave devices": 2,
+    "High-granularity modulation for ofdm backscatter": 19,
+    "Simultaneous data dissemination among WiFi and ZigBee devices": 20,
+    "LightThief: Your Optical Communication Information is Stolen behind the Wall": 22,
+    "A secured protocol for iot devices in tactical networks": 13,
+    "I can see the light: Attacks on autonomous vehicles using invisible lights": 136,
+    "Exploiting wifi ap for simultaneous data dissemination among wifi and zigbee devices": 14,
+    "Coexistent routing and flooding using WiFi packets in heterogeneous IoT network": 11,
+    "Verification and Redesign of OFDM Backscatter": 91,
+    "Leveraging ambient lte traffic for ubiquitous passive communication": 160,
+    "Countering cross-technology jamming attack": 44,
+    "VMscatter: A Versatile MIMO Backscatter": 98,
+    "Parallel inclusive communication for connecting heterogeneous IoT devices at the edge": 54,
+    "Energy transport station deployment in electric vehicles energy internet": 21,
+    "Crf: Coexistent routing and flooding using wifi packets in heterogeneous iot networks": 59,
+    "ECT: Exploiting cross-technology transmission for reducing packet delivery delay in IoT networks": 10,
+    "Passive-zigbee: Enabling zigbee communication in iot networks with 1000x+ less power consumption": 123,
+    "EAR: Exploiting uncontrollable ambient RF signals in heterogeneous networks for gesture recognition": 51,
+    "Detection for pulmonary nodules using RGB channel superposition method in deep learning framework": 16,
+    "Chiron: Concurrent high throughput communication for iot devices": 84,
+    "Aegis: An interference-negligible RF sensing shield": 47,
+    "Ect: Exploiting cross-technology concurrent transmission for reducing packet delivery delay in iot networks": 65,
+    "Poster: smart object-oriented dynamic energy management for base stations in smart cities": 8,
+    "Optimization for charge station placement in electric vehicles energy network": 13,
+    "Charge station placement in electric vehicle energy distribution network": 22,
+    "基于位置敏感器件的高精度激光位置检测系统": 4,
+    "激光跟踪仪目标脱靶量精密探测方法": 0,
+    "Real-time algorithm for SIFT based on distributed shared memory architecture with homogeneous multi-core DSP": 12,
+    "The research of sensor fault diagnosis based on genetic algorithm and one-against-one support vector machine": 2
+  }
 }