Ubiquitous Networks Convergence Lab

Our Ubiquitous Networks & Convergence Laboratory (UNC Lab.) is led by Professor Beongku An.

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Introduction of Laboratory

Our Ubiquitous Networks & Convergence Laboratory (UNC Lab.) is led by Professor Beongku An. The UNC Lab. conducts research in various areas of ubiquitous networks and convergence technology since 2003. Currently, our research focuses on Cooperative Communication, Routing & Multicast, Network Coding, Resource Optimization, Cross-Layer Technology, Healthcare & Telemedicine, Cognitive Radio Networks in Ad-hoc Networks, Sensor Networks, Wireless Internet, Home Networks, Cellular Networks, Mesh Networks, Satellite Networks, VLC (Visible Light Communication, Content Centric Networks, etc.

Research

Mobile Communications & Network

  • - Ad-hoc Networks & Sensor Networks

  • - Ubiquitous Networks

  • - Wireless Internet

  • - Cellular Networks

Routing & Multicast

  • - QoS Routing & Multicast: Reliable Routing & Multicast, Power Saving Routing & Multicast

  • - Network Coding

  • - Location-based Services

  • - Clustering & Mobility Management

Cooperative Communications & Cross-Layer Technology

  • - Efficient Transmission using Cooperative Transmission

  • - Resource Optimization using Cross-Layer Technology

  • - Relay Selection

  • - Outage Probability Modeling

  • - Cognitive Radio Networks

Ubiquitous Healthcare & Bio Information Communications

  • - Bio Sensor Networks based Healthcare Monitoring & Tel Medicine

  • - Bio Sensor Networks based U-Animal Farm Monitoring & Tel Medicine

  • - Bio Sensor Networks based Marine Monitoring Services

  • - Bio Sensor Networks based Natural Environments Monitoring Services

Visible Light Communications(VLC)

  • - Indoor and Outdoor VLC-based Ubiquitous Networks

  • - Modulation Techniques in Visible Light Communications

  • - VLC-based Applications: Underwater Communications, Aviation, Wireles Mobile Connectivity, Traffic Lights, Hospital & Healthcare

Cognitive Radio Networks

  • - Spectrum Sensing

  • - Route & Network Stabillity in Cognitive Radio Ad-Hoc Networks(CRAHNs)

  • - Cooperative Transmission & Routing in CRAHNs

  • - Throughput

Contact

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