Research Area
- Communications, Signal Processing, and
Information Theory
- Waveform Design for
Digital
Communications (OTSM,
OTFS, DFT-spread
OFDM, OFDM, CDMA,
FTN: Faster-Than-Nyquist, GSM, UWB)
- Waveform Design for Military Applications (GNSS, Radar, Spread-Spectrum,
Multi-antenna, Jamming, Anti-Jamming Techniques)
- Statistical Signal Processing
and System Optimizations
(Transceiver Design for
MIMO, Relay, Cognitive Radio
System)
- Signal and Information Theory (Improper-Complex
Signals, Cyclostationary Signals)
- Channel Sounding and Modeling (MIMO,
Vehicular, UAV, NTN)
- Prototyping
of Communication
Systems and Radar, including RF Relay, RFID Systems,
and Phased Array Radar
-
Intelligent Systems, Financial Signal Processing, Information
Systems, and Machine Learning
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Mission
In the field of
communications, signal processing, and intelligent systems, transform students from dependent to independent researchers
- who can communicate effectively
- and work interdependently with others
- to actualize themselves
- and contribute to society
- by making differences on the world.
Vision
- To publish high-quality academic research
papers by
formulating new problems, finding un-intuitive, counter-intuitive,
non-trivial, and unexpected solutions to open and new
problems, and interpreting them.
- To file patents of high impacts by
inventing new communications, signal processing, and information systems or
methods.
- To perform industrial
projects and contribute to industrial
development of new communications, signal processing, and information systems by
collaborating with engineers and disseminating attained knowledge.
- To help young
researchers grow not only to have working knowledge on the
specialized field but also to have life-time self-learning capability.
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