저자의 연구 키워드

저자의 연구 키워드

#60 GHz

#공개 API

#기회전송

#릴레이

#무선 채널

#수신 방식

#융합 서비스 모델

#적분 시간

#전력할당

#주파수 도약

#초 광대역The frequency hopping

#Best relay selection

#CDF Scheduling

#Circle Antenna

#Cognitive radio

#component

#concatenated code

#Cooperative

#Cooperative diversity

#Cooperative NOMA

#Cooperative relay

#Cooperative Routing and Transmission

#CSI

#diversity

#DMB

#DMB Antenna

#DOT

#DOT relay system

#Dual Band

#Equal power allocation

#fading

#Fading channel

#FH) based ultra-wideband

#FH/SS

#GIS

#GSC

#Handover Scheme(핸드오버 기법)

#HDMI

#Impulsive Noise

#Incremental relaying

#Indirect link

#inner code

#ITS

#Mobile Ad-hoc Wireless Sensor Networks

#Mobile IPv6(모바일 IPv6)

#MRC

#Multimedia

#Network coding

#Network Mobility(이동성 관리)

#NOMA

#NOMA performance

#OFDMA Relay

#Opportunistic

#Opportunistic relaying

#Opportunistic transmission

#Outage analysis

#Outage probability

#Overlay CR

#packet data

#Pairing

#Parasitic Patch

#Performance

#Performance comparison

#Power allocation

#Power control

#Random relay

#Rayleigh 페이딩

#Rayleigh fadi

#Rayleigh fading

#Realy selection

#Relay

#relay network

#relay power allocation fading ad-hoc network

#relay selection

#Relay system

#Ring-Shape

#Route Stability

#selection combining

#Selection probability

#Selective relay

#SIC

#SIC Error

#Single Feed

#Spatially random

#Transceiver

#Uplink NOMA

#User interference

#user relay

#UWB) communication system divides its availablefrequency spectrum into several sub-bands

#which leads to inherent disparities between carrier frequencies ofeach sub-band. Si

#Wireless Sensor Networks(무선 센서 네트워크)

#WirelessHD