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  • Research Center test

  • Intelligent Radio Engineering Center

  • NANO RADIO Pioneer Fusion Research Center

  • CMOS THz Technology Convergence Center

    • Website
    • Building
    • Research
      • Based on the latest CMOS process, we will develop extremely high-mobility ballistic transport FET(BT-FET), which is the state-of-the-art digital CMOS technology. A resonant mode Plasma Wave Transistor(R-PWT), which overcomes the frequency limitation of existing semiconductor devices, will be developed based on BT-FET so that the original nano semiconductor device technology can be secured to fill the terahertz gap (1~10THz). The developed R-PWT will be implemented into a source and a detector for THz imaging/spectroscopy system. Sub-THz broadband wireless communication transceiver can be composed of amplifier, signal source, mixer developed from the RF-optimized BT-FET, which is the by-product of R-PWT. Further, measurement platforms for the THz devices and circuits will be constructed, and by all of those, THz imaging system and 200~300GHz wireless transceiver chips will be implemented.
  • Center for Robot Intelligence Technology

  • Center for Robot Vision & Perception

  • Grid Middleware Research Center

    • Website
    • Building
    • Research
      • Development of Adaptive Resource Collaboration Framework in Multi-cloud Environment and Resource Management Broker in Real-time Mobile Cloud Platform
      • Development of Cloud based High Performance Bioinformatics Processing in Supercomputing System for Genome and Protein Analysis and Docker-Cloud CDN based Energy Efficient Resource Management for Telepresence Platform
      • Research and Development of Real-time High Performance Cloud Platform with Vehicle to Cloud (V2C) Interface for Smart Car Environment
  • KAIST-LGE 5G Mobile Communication &Networking Research Center

    • Building
    • Research
      • Predicting the evolution of communication technologies beyond 4G
      • Survey on candidate technologies for 5G
      • Selecting the key research area such as multi-antenna system, polarization antenna and radio resource management
  • Brain Science Research Center

    • Website
    • Building
    • Research
      • Develop a mathematical model and an intelligent robot for brain information processing mechanism, and conduct a research for brain-machine interface
      • National node of South Korea, K-Node (of International Neuroinformatics Coordinating Facility) has been established in Brain Science Research Center in July, 2010
      • Build a cooperative system with domestic/international related institutes and hold a joint workshop
  • Joint R&D Center for Brain Science and Technology Applications

    • Building
    • Research
      • Develop a next-generation brain science source technology and application technology for commercialization
      • Develop a source technology for brain signal measurement and analysis
      • Develop a emotion database based on brain science technology and emotion recognition algorithm
      • Develop a application technology for brain-computer interface research

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