저자의 연구 키워드

저자의 연구 키워드

#0.13 ㎛ CMOS process

#0.13 μm CMOS

#0.18㎛

#0.18-μm

#12-bit

#1MSps

#24GHz

#24GHz, low noise amplifier(LNA)

#24-㎓

#24㎓ propagation characteristic

#24㎓ radar system-on-chip

#5G

#6-point programmable matching technique

#77GHz

#가속도 센서

#대용량 자료 집합

#부스팅

#불균등 자료집합

#서포트 벡터 기계

#앙상블 러닝

#운동량 측정 시스템

#이동거리 측정

#accelerometer sensor

#ADC

#Alzheimer's disease

#Automatic image quality optimization system

#automatic power setting

#automotive collision avoidance

#automotive collision avoidance radar

#automotive collision avoidance radar frequency

#automotive radar

#automotive short range radar

#bioinformatics

#Bipolar/CMOS/DMOS(BCD)

#Bluetooth

#Boosting

#capacitor array

#chip-on-film(COF)

#circularly co-polarized antenna reception

#CMOS

#CMOS process

#CNN-Transformer

#control system unit

#DAC

#deep learning

#defects

#differential transmission

#distance measurement

#duty cycle

#ENOB

#Ensemble Learning

#fading reduction effect

#fine pitch

#fine width

#flexible PCB (FPCB)

#flicker

#frequency error

#gamma curve optimization

#hall effect

#hardness tester

#high-speed

#Imbalanced Data Set

#input impedance

#Large Data Set

#LCD

#low noise amplifier (LNA)

#low noise amplifier(LNA)

#low-power

#Low-Voltage Differential Signaling (LVDS)

#magnet

#MCU

#momentum measurement system

#MOS capacitor

#MRI

#noise figure

#power amplifier

#radar

#RF BIST

#RF front-end, 77GHz automotive collision avoidance radar, low noise amplifier, power amplifier

#Rockwell hardness

#Rockwell probe

#ROI-based classification

#sample and hold circuit

#SAR

#SAR ADC

#SAR control logic

#short range radar (SRR)

#SNDR

#Support Vector Machine

#variable gain amplifier (VGA)

#voltage gain

#VSWRin

#wheel speed sensor