RESEARCH

OUR LAB'S KEY TECHNOLOGY:
SYNTHETIC APERTURE RADAR, SAR

차세대 중형 위성 5호 SAR 탑재체 성능 검증 및 신호처리 알고리즘 개발 (~ 27.12.31) [지원기관] 한국항공우주연구원
- 공동연구기관: 한국항공우주연구원 (KARI), (주)루미르, Echosensing
6G 저궤도위성 네트워크 지연 감소를 위한 지능형 전파환경인식 기반 통신 및 엣지컴퓨팅 핵심 기술 개발 ('25.10.01 ~ '28.09.31) [지원기관] IITP
- 공동연구기관: Massachusetts Institute of Technology (MIT), 서울시립대학교, 서울과학기술대학교, (주)쏠리드
군집체계 SAR 위성 탑재체 성능 검증 및 연구/개발 ('26.03.01 ~'30.08.01) [지원기관] 한국항공우주산업(KAI)
- 공동연구기관: 한국항공우주산업(KAI)

RF Hardware System Design
- FMCW, Chirp Pulse, De-ramping RADAR, etc.
New type of Antenna Design
- Virtual Aperture Antenna, Patch, Parabolic, Mesh(Deployable) Antenna
Signal Processing Algorithm
Application: Standard-SAR, Video-SAR, Polarimetric-SAR, etc.
Target Classification, Target Recognition, SAR frame Generation, etc., with a Learning Algorithm (AI)
Target Platform: Automobile, Airplane, Satellite, UAV/UAM

RADAR SYSTEMS IN ALL PLATFORMS (Automotive, Airplane(UAV/UAM), Satellite, etc.)

AUTOMOTIVE RADAR

AIRPLANE RADAR (COMMERCIAL)

AIRPLANE RADAR (MILITARY)

SATELLITE RADAR IN THE SPACE

AUTONOMOUS DRIVING SENSOR

INFOTAINMENT SENSORS

RADAR HARDWARE SYSTEM DESIGN & REAL SYSTEM PICTURE

RADAR SIGNAL PROCESSING ALGORITHM (VIDEO-SAR & HIGH RESOLUTION-SAR)

REAL SAR IMAGE RESULTS (SPAN-SAR, Polarimetry-SAR, Video-SAR)

ADVANCED ANTENNA DESIGN & SYSTEM

Analysis Theory & Method for RF

To understand all RF phenomena, we should study background theory
(Microwave Theory & Engineering)

RF Measurement Method for a new material's properties
Antenna Analysis
RF Field Analysis
With Learning Algorithm (AI)

After Graduation ...

RF SYSTEM, SENSOR: SAMSUNG ELECTRONICS, SAMSUNG RESEARCH
ADAS RADAR SENSOR: HYUNDAI MOTORS GROUP, HL MANDO, HL KLEMOVE
RADAR, SATELLITE RF SYSTEM: HANWHA DEFENCE, HANWHA SYSTEM, LIG NEX1

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