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Center for Integrated Smart Sensors
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Website
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Location
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Research Area
- 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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Personal Plug & Play DigiCar Center
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Website
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Location
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Research Area
- Personal Plug&Play DigiCar Platform
- Distributed Embedded Computing Platform supporting plug and play
- Driver- Assistant Active Safety System
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Intelligent Robot Vision System(IRVS) Research Center
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Website
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Location
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Research Area
- Joint research and cooperation for developing intelligent robot technology, such as robot control, vision, artificial intelligence, wireless communication, sensing.
- Development of technologies for multi-sensor fusion based robot localization and scene understanding on static camera.
- Development of technologies for vision sensor based robot localization and scene understanding on moving camera.
- Development of technologies for environment understanding on mobile robot and high resolution camera.
- Development of technology for multi-camera object tracking.
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Converging Research Center for High Performance medical Imaging(CRC for High Performance Medical Imaging)
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Website
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Location
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Research Area
- Development of a body-brain convertible PET system and a 3D breast ultrasound imaging system
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Power Electronics Research Center
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Website
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Research Area
- Server power supply with high efficiency and high power density for a data center
- Digital control for the power supply of OLED, LED backlight TV
- Advanced power system and power converter for a next generation
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IDEC (Integrated Circuit Design Education Center)
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Website
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Location
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Research Area
- Provide opportunities to fabricate chips through MPW (Multi-Project Wafer)
- Provide EDA(Electronic design automation) tools for free or at low cost
- Develop curriculums and open design-specific lectures
- Build-up and strengthen the infrastructure of VLSI design education
- Contribute to Korean semiconductor industries by promoting collaborations between universities and industries
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SAMSUNG DISPLAY-KAIST OLED Research Center
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Website
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Research Area
- Fundamental research for future displays through academic-industrial collaboration.
- Research about transparent electrode with multi-layer technology for realizing flexible, transparent OLED displays
- Development of new organic materials, solution-processible materials for large-area application.
- Optical engineering in device structures for reducing power consumption and guaranteeing stable color characteristics in OLED displays.
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Samsung Electronics-KAIST Display Research Center
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Website
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Location
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Research Area
- High efficiency &High power density power circuit for the next generation Display
- Power control scheme based on image processing
- Digital control technique for power circuit
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KOLON-KAIST LifeStyle Innovation Center, KAIST
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Website
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Location
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Research Area
- Next generation Haptic User Interfaces
- Versatile coating materials through insect cuticles and mussel adhesive proteins
- Big data and business analytics application research
- Self-powering products through mass production of nano-generators
- Conductive, elastic carbon-based materials and their application as smart wearable energy storage device
- Smart wearable sensors for monitoring harmful environments, odors, or body fat
- Elastic, impermeable materials for Smart Energy Wear
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Samsung Electro-Mechanics-KAIST Multi-Mode Multi-Band (MMMB) RF Front-End Research Center
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Location
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Research Area
- MMMB PA, ET System (Test Bed implementation), ET Modulator (*ET: Envelope Tracking) Research
- Research for commercialization through the development and performance (linearity, efficiency, reliability, etc.) improvement of LTE Mid Band PA and the integration of bias circuits to compensate for PVT changes
- Proposal for PA modeling/systems for efficient integration with ET systems, and research to improve ET modulator performance. (efficiency, noise, etc.)
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SHORTCUT