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Wireless Signal Processing Laboratory
Designing wireless communication technology from a mathematical perspective
Wireless communication systems are indispensable to our daily lives. In wireless communication systems, various processes are performed to correctly restore the information carried on radio waves at the receiver. Efficient wireless communication systems can be realized by designing these technologies according to the effects of radio wave propagation. In recent years, a new concept of controlling the wireless environment itself has emerged. In this laboratory, we formulate these various problems in wireless communication as optimization problems and solve them using a mathematical approach.
College of Engineering Computer and Communications Engineering Information and Communications Engineering
/ Graduate School of Engineering and Science（Master's Program） Electrical Engineering and Computer Science Course
/ Graduate School of Engineering and Science（Doctor's Program） Functional Control Systems Course
- Faculty Name
- SUGA, Norisato
- Keyword
- Wireless,Signal Processing
- Laboratory location
- Research Building TOYOSU Campus 12F 12M32
STUDY FIELDS
- Wireless Communication Engineering
- Digital Signal Processing
- Optimization
- Machine Learning
FOR SOCIETY
The requirements for wireless communication systems have changed along with the emergence of various applications. We will continue to research technologies to realize wireless communications as a social infrastructure that meets the needs of the times.
RESEARCH THEMES
- Accuracy Improvement of MMSE Channel Estimation using Clustering of Propagation Path in OFDM Transmission Systems
- LSTM-based Spectral Efficiency Prediction by Capturing Wireless Terminal Movement in IRS-Assisted Systems
- Ray Tracing Acceleration using Rank Minimization for Radio Map Simulation
