Recent technological advances in electronics, sensors, and communications have accelerated the widespread use of smart communication devices and high-speed networks. The communication technology is now used pretty much everywhere through a wide range of devices – from smartphones, tablets, laptops, and wearable computers to household electrical equipment such as game-stations, microwave ovens, and refrigerators, or even unmanned aerial vehicles (drones) and environmental monitoring devices. As a consequence, the networks that connect these communication devices have become more diverse. For instance, we have fixed optical fiber networks, wireless access networks, cellular networks, satellite networks, and vehicular networks. In addition, there are ad hoc networks, sensor networks, and so on. A key question arises from the diversification of these communication networks: are we efficiently utilizing these networks? Is it possible to further improve the abilities of such networks? My research interests focus not only on theoretical design of next generation networks and protocols in order to optimize the communication networks, but also stressing on practical scenarios.

Research Areas of Interest

  • Mobile, ad hoc, and sensor networks
  • 5G, cloud radio access network, network virtualization, SDN, & NFV
  • Everywhere Connectivity for IoT & IoE
  • Cognitive Networks, Big data
  • Green Communications
  • Cyber Security

Research Scope

  • Intelligent network traffic control system

    – Routing or Computing? How intelligence can drive future network traffic control systems?

    – Application of Deep Learning in Intelligent Traffic Control Systems

    – Machine Learning Application in Networking (routing, resource scheduling, security, etc), Tensor

    – Deep Learning based Software Defined Router exploiting state-of-the-art GPUs

  • Mobile ad hoc and sensor networks

    – Channel Assignment problems in Wireless Mesh Networks
    – Energy-aware routing for sensor networks
    – Topology control and node connectivity
    – Emergency/Disaster Area Networks based on ad hoc technology

  • 5G, cloud radio access network, network virtualization, SDN, & NFV

    – Wireless Application Protocols (WAP)
    – Quality of Service (QoS) and traffic classes in mobile networks
    – Context-aware and location-aware distributed services
    – “Smart” applications for high-speed and large-scale mobile networks

  • Everywhere Connectivity for IoT & IoE

    – Contents delivery techniques over heterogeneous wireless networks
    – Peer-to-peer (P2P) networks, applications, and packet scheduling

  • Cognitive Networks, Big Data

    – Distributed Access Control in Cognitive Radio
    – BigData tools and deployment platforms
    – Cloud computing
    – Algorithms for Data visualization

  • Green Communications

    – Medium Access Control (MAC) Protocols
    – Internet Protocols (IP)
    – Cross layer protocol design for mobile communications
    – Transport Control Protocol (TCP) in PON technology

  • Cyber Security

    – Intrusion Detection and Traceback
    – Cryptographic algorithms
    – Quality of Services and Security Tradeoff
    – Secure distribution of certificates in Mobile Ad hoc Networks (MANETs)
    – Detection of Denial-of-Service (DoS) attacks, routing attacks, and other malicious threats in wired and wireless networks