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WiFi CSI Acquisition Platform
Uses Intel 5300 WiFi cards to capture subcarrier amplitude and phase data for analyzing fine-grained channel changes caused by human activity.
Multimodal Intelligent Communication and Sensing
Multimodal Intelligent Communication and Sensing
Research on integrated sensing and communication (ISAC) in natural disaster scenarios and medical-engineering multimodal sensing.
Multimodal SensingISAC Computing
Research Directions
Two Research Directions
Integrated sensing and communication (ISAC) in natural disaster scenarios and medical-engineering multimodal sensing.
Join Our Team
New Students Welcome
Explore integrated sensing and communication (ISAC) and multimodal sensing with us.
Research GuidanceEngineering MentoringIndependent Practice
01 / About the Group
About the Group
Exploring integrated sensing and communication (ISAC) and multimodal sensing‑fusion technologies for health monitoring and natural‑disaster perception‑aided rescue.
The MICS group is affiliated with the School of Computer Science, Nanjing University of Posts and Telecommunications, supervised by Dr. Yiping Zuo. The group focuses on integrated sensing and communication (ISAC) in natural disaster scenarios and medical-engineering multimodal sensing, with an emphasis on research platforms, interdisciplinary collaboration, and student research training.
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- Research Directions
- 35
- Team Members
- 3
- Partners
02 / Supervisor
Supervisor
Yiping Zuo
Lecturer / Master Supervisor · College of Computer Science, NJUPT
- Profile
- Yiping Zuo is a lecturer and master supervisor at the School of Computer Science, NJUPT, and received her Ph.D. from Southeast University. She has served as a reviewer for IEEE TWC, TVT, TCOM, and TMC, led the NSFC Young Scientists Fund project and a Jiangsu higher education basic science project, and participated in an NSFC special project.
- Research Interests
- Multimodal sensing, wireless communication, artificial intelligence, edge computing, and integrated sensing and communication
- Homepage
- Supervisor homepage (NJUPT) ↗
03 / Research Directions
Research Directions
Click a card to view direction details.
Medical-Engineering Multimodal Sensing
Multimodal sensing from a medical-engineering perspective for health monitoring and clinical applications.
Lead: Xuwen Zhang
Email: barcaxu@outlook.com
Partners
Jiangsu Province Hospital
FutureComm Lab, SEU
Integrated Sensing and Communication in Natural Disaster Scenarios
Researching integrated sensing and communication (ISAC) signal acquisition, representation and computing for disaster rescue scenarios.
Lead: Chengxuan Yang
Email: ycxuan0517@gmail.com
Partners
China Comservice- FutureComm Lab, SEU
04 / Research Platforms
Research Platforms
Four platforms span protocol-level wireless sensing, commercial WiFi feedback, 3D point clouds, and mobile-scene validation, forming a multimodal pipeline from channel perturbations to spatial motion.
02
BFI Acquisition Platform
Coordinates transmitters, receiving nodes, and sniffing devices to capture BFI packets generated during commercial WiFi communication.
03
Millimeter-Wave Radar Platform
Uses a TI AWR1843 77 GHz radar to produce 3D point clouds for chest micro-motion, posture, and gait sensing.
04
TurtleBot4 Mobile Platform
Carries LiDAR, depth cameras, and other sensors to validate multisensor fusion algorithms in dynamic environments.
05 / Team Members
Team Members
Selected members are shown here. Visit the team page for the full list.
Master Student
Jiaming Liu
Master Student
Hexin Liu
Master Student
Fuwei Zhang
Master Student
Quan Yuan
Undergraduate Student
Xuwen Zhang
Undergraduate Student
Chuwei Jin
Undergraduate Student
Zijian Lu
Undergraduate Student
Chengxuan Yang
06 / Join Us
Undergraduate Recruitment
Recruitment tasks are being prepared — stay tuned
The group welcomes undergraduate students interested in multimodal intelligent communication and sensing. Detailed topics and application requirements are available on the recruitment page.