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  • 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
  • Center for Integrated Smart Sensors

    • Website
    • Building
    • Research
      • Development of innovative devices, circuits, element technology and system technology to overcome the stagnation in the growth of IT
      • Development of common platforms with various devices and sensors
      • Creation of epoch-making ‘Multi-dimensional Smart IT Convergence Systems’ with more than 1,000 times improved Figure of Merits in terms of information processing speed, energy, and physical volume based on the optimization of platform performances through the convergence of hardware and software technologies

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