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로보틱 및 무선네트워크 연구실
Robotic and Mobile Networks Laboratory
School of Electrical
& Electronic Engineering
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Research
- Paraell & Dist. Compt
- Collective Intelligence
- Wireless Commun.
- On-going Works
- 6G PostMAC
- Meta Communications
- 5G Smart Factory
- 5G Cellular Networks
- Dynamic Spectrum Sharing
- Robotic Networks
- URLLC for UAV
- 5G-V2X
- Collaborations
자세히
6G PostMAC
Positioning & Spectrum-aware intelligent MAC for Computing & Communication Convergence
Keywords
6G, Beam management, Time/Frequency Resource, Machine Learning, Delay Guarantee, Testbed
자세히
URLLC for UAV
Ultra-reliable and low-latency communication for airborne system
Keywords
5G standard, mmWave, Unmanned Aerial Vehicles (drones),
AI-enabled Mobile Edge Computing, Virtual Reality
자세히
Dynamic Spectrum Sharing
Flexible Radio PLUS (Practically Limitless User Spectrum)
Keywords
K-tier spectrum sharing, Beyond 5G application focused spectral efficient MAC,
Interference aware spectrum opportunity map, Opportunity aware flexible duplex,
Real-time communication platform
Robotic Networks
Self Organized Mobile Multi-Robot Network
Keywords
Multi-robot cooperation, machine learning, malicious, drone, UAV,
Self Organizing, ad hoc networks
자세히
자세히
5G-V2X
Highly accurate positioning enabled network technologies for 5G-V2X services
Keywords
5G vehicle-to-everything (V2X) networks, medium access control, directional transmission,
radio resource management, UAV-aided V2X networks
자세히
5G Smart Factory
5G based Machine Learning and Edge Computing Technologies for Smart Factory
Keywords
Edge Computing, Distributed Machine Learning, Private 5G, Smart Factory, Computer Vision
5G Cellular Networks
Millimeter-Wave & Sub-6GHz Ultra-Dense Cellular Systems
자세히
Keywords
5G, mmWave, LTE, ultra-dense network, radio resource management, simulator development, ns-3
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