Communications and Signal Processing

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Close up of signals on oscilloscope

Overview

Our research deals with various aspects of information representation, transmission, processing, and understanding. Collectively, we develop novel theories, tools, algorithms, and systems for solving real-world problems including parallel computing, cognitive networks, coding theory, and eco‑informatics. Our core strength includes channel coding and network coding theories, video compression and transmission, probabilistic modeling and reasoning, MIMO systems and wireless cognitive networks, stochastic systems and statistical signal processing.

Our application area spans a broad range of industries from computing and entertainment to health and environmental monitoring. For example, researchers in our group are actively working on future massive distributed system for storage and delivery of videos over the Internet, wireless cognitive networks, limited magnitude error correcting codes for use in flash memories, system for automatic acquisition and classification of bird species via bird recordings, high-precision 3-dimensional localization using ultra-wide band signal for manufacturing and health care industries.

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Sub Areas

  • Wireless Communications
  • Communication Theory
  • Statistical Signal Processing
  • Machine Learning for Signal Processing
  • Control and Optimization
  • Information Theory
  • Biomedical Signal Processing
  • Neural Engineering
  • Structural Health Monitoring

Faculty

Jinsub Kim

Jinsub Kim

Associate Professor

jinsub.kim@oregonstate.edu

Electrical Engineering and Computer Science
Energy Systems | Communications and Signal Processing

Affiliated Faculty

Bella Bose

Bella Bose

Professor

bose@eecs.orst.edu

Electrical Engineering and Computer Science
Networking and Computer Systems
Portrait of Yue Zhang

Yue Zhang

Associate Professor

zhangyue@eecs.oregonstate.edu

Electrical Engineering and Computer Science
Computer Graphics and Visualization