Lab Title	Professor in Charge	Contents of Research Study
Semiconductor Interfacial Phenomenon Lab	Cheon Jang-ho	- Physical Phenomena at Semiconductor/Electrolyte Interfaces - Physical Phenomena at Metal/Solution Interfaces - Hydrogen Adsorptions at Metal Electrocatalyst Surfaces
Analog/Digital IC System Design Lab.	Tae-hyoun Oh	- High-Speed Ser-Des Design - Adaptive I/O Channel Equalization Circuit Design - Clock Recovery Loop (Phase Aligner) System Design - High-Speed Serial Link System Design - I/O Crosstalk Cancellation System Design
Radar and Satellite Communication Lab	Na Geuk-whan	- Studies on highly stable frequency multiplier for improvement of phase noise in superconducting accelerator - Development of high performance of small UWB antenna - Studies on design of Ultra precision Variable Attenuator - Wireless AC power transmission line - High-speed Contactless charger for portable electronic equipment by using E-shaped open magnetic core
Holodigilog Human Media Research Center (HoloDigilog)	Kim Eun-su	Research on Free-space holographic 3D display Technology Research on Emotional Human-Hologram Interaction Technology Research on Realistic Hologram 3D Media and Contents Technology
Multimedia Lab	O Seung-jun	- Development of video codec for High-definition and compression - Materialization and optimization of standardized video codec - Improvement of video definition
RFIC/MMIC Lab.	Kim Nam-yeong	RFIC/MMIC Laboratory (Radio Frequency/Monolithic Microwave Integrated Circuits) at Kwangwoon University carries out active research on RF integrated circuit design, microwave integrated circuit design, high-linearity analog circuit design in , III-V HBT, III-V FET and CMOS, SiGe HBT technologies for various wireless applications, for example, DMB tuner,Interference cancelllation system (ICS) of repeater, Ku-band LNB system. This lab is also researching on Integrated Passive Devices (IPD) integration to fabricate passive circuits like combiner, divider, filters, switiches and so on.
Optical Network and System	Lee Jae-seung	- Ultra-dense wavelength division multiplexing system - WDMBidirectional ultradense WDM for metro networks - Beat-frequency locking of ultra-dense WDM channels using a tunable laser source) - Tbit ethernet optical free-space transmission - Tbit ethernet passive optical network - Optical fiber amplifier- Optical network system modelling - Freespace optical(WDM) transmission
Digital Medial Lab	Yu Ji-sang	-Next Generation Broadcasting Technique - Multi-view ImageGeneration Technique for Glasses-free 3D - Depth Map Application Technique * Depth Map Quality Enhancement Technique * UI/UX Technique using Depth Map - Multi-view Image Coding Technique - Super-resolution Technique -Image Processing and Computer Vision Technique - Object Extraction and Tracking System Development - Object Recognition Technique -Non-linear Filtering - Non-linear Filter Application Technique
Communication Signal Processing Lab	Park Ho-jong	- Studies on multimedia signal processing for high performance digital communication and broadcasting - Cultivating practical ability for multimedia signal processing development
RFIC Application and Electromagnetic field Analysis Lab	Kim Bok-ki	- RF System Engineering- CMOS RF Integrated Circuits - Education for Engineering Accreditation
Photoincs Research Lab	Lee Sang-shin	- Convergence made by encounter light(Optical-engineering) and electron(Electronics) - Studies on Photonics
Micro/Nano Devices and Packaging Lab	Park Jae-yeong	Development of advanced electronic devices and systems by using IT, BT and NT convergence technology - RF Micro/Nano devices (switches, tunable capacitors/filters, tunable filters, etc.) for mobile handset applications - Electrochemical biosensors and neural probes - Energy harvesting and power devices/circuits - Ultrasonic transducers
RF Circuit And System Lab	Eo Yun-seong	- CMOS RF Transceiver Design - CMOS RF Power Amplifier - Chip based RF Module - High Frequency Circuit Design (GaAs based)
Communication & Information Systems Lab.	Jeong Yeong-wook	- Protocol and services for 4G/5G mobile communication system - Multimedia communication (3D video over wireless, 3D video over IPTV) - Energy-saving type communication system and network - 3D video human factors- Bio-inspired networks and systems
Integrated Radar Systems Lab	Kim Jeong-geun	- Automotive radar front-end ICs and systems - Multi-beam antenna controller and phased array ICs - Multifunctional ICs for radar applications - Si-based mm-wave circuits and system design - ROC (Radar On a Chip)
Advanced Wireless System & Technology Lab	Kim Yeong-eok	- Low complexity-high efficiency component technology for OFDM-based systems and optimum system design - Studies on high efficiency Radio Resource Management and PAPR Reduction Technology - Studies on IR-UWB component technology and optimum system design - Studies on Ranging, 2D/3D-Positioning and Real-time Location Tracing by using wireless signals indoor and outdoor environment
Advanced nano-materials & optoelectronic device Lab	Lee Ji-hun	AQNMOL's current research focuses are the fabrications of III-V (both arsenide & nitride system) semiconductor quantum- and nano-structures & their applications using molecular beam epitaxy (MBE). More specifically, the AQNMOL is dedicated to the development of green energy based devices and technologies that consume less energy and produce high efficiency, which are photovoltaic devices & light emitting diode (LEDs). Also, the lab is dedicated to the characterization of those quantum- and nano-structures as the core of these devices is based on the advancement of these novel materials and structures by using atomic force microscopy (AFM), scanning electron microscopy (SEM), Transmission electron microscopy (TEM), photoluminescence (PL), etc.
Biomedical Ultrasound Device and Technology Research Lab.	Lee Jeong-woo	- Design and fabrication of high frequency transducer for imaging application - Tissue and cell imaging using ultrasound scattering - High throughput ultrasound-based microfluidic cell sorting device - Development of advanced diagnostic imaging modality - Biophysical instrumentation and system integration
Smart H&B Technology Laboratory	Yang Seong-hyeon	- Automatic Control System (M2M (Machine to Machine) Communication technology, Smart Home Network) - Context Aware System (Context Aware System algorithm development, USN (Ubiquitous Sensor Network) technology) - Embedded System development (ITS (Intelligent Transport System))