ScholarWorks@Hanyang University ERICA Campus: JIN, HU

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JIN, HU (Hu Jin)

COLLEGE OF ENGINEERING SCIENCES (SCHOOL OF ELECTRICAL ENGINEERING)

Research Area: 무선통신

Tel 031-400-5178
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random access:15||Bayesian estimation:12||fairness:9||CSMA:8||CDFbased scheduling:7||Optimization:7||SALOHA:7||backoff algorithm:6||Stability region:6||online control:6||online estimation:6||multiuser diversity:6||IoT:4||Throughput:4||Internet of Things:4||Nonorthogonal multiple access:4||NOMA:4||Delays:4||Performance evaluation:4||slotted ALOHA:4||Uplink:4||unmanned aerial vehicle:4||successive interference cancellation:4||5G:4||Pure ALOHA:3||multipacket reception (MPR):3||Random access:3||Random access procedure:3||Computational modeling:3||largescale optimization:3||user scheduling:3||Age of Information:3||Unslotted ALOHA:3||Interference:2||5G communications:2||Decision making:2||energy efficiency:2||multipacket reception:2||Unsaturated traffic:2||multiobjective optimization:2||Resource management:2||multiplexing gain:2||throughput maximization:2||Feature extraction:2||time offset:2||new radio (NR):2||fair resource sharing:2||transmit beamforming:2||nonorthogonal multiple access (NOMA):2||WLANs:2||unslotted ALOHA:2||uplink and downlink:2||Access class barring:2||access class barring:2||frameadaptive:2||fullduplex jamming:2||access delay:2||group learning:2||Access class barring (ACB):2||Differential evolution:2||Online control:2||Online estimation:2||Access delay:2||backlog estimation:2||LoRa:2||Heuristic algorithms:2||integrated sensing and communication:2||Covert communication:2||CRP:2||pure ALOHA:2||IEEE 802.11:2||random access (RA):2||Physical layer security:2||Machinetomachine communications:2||Bayesian learning:2||renewal theorem:2||correlated equilibria:2||Cellular networks:2||Privacy:2||resource allocation:2||location uncertainty:2||Protection:2||Industrial Internet of Things:2||Accuracy:2||Estimation:2||ALOHA:2||massive random access:2||ACB:2||Training:2||Evolutionary computation:2||Data models:2||Industrial Internet of Things (IIoT):1||Insurance:1||Integrated sensing and communications:1||Intelligent sensors:1||Inter assignment time:1||Intercell interference:1||Interference alignment:1||Interference alignment (IA):1||Internet of Things (IoT):1||Internet of things:1||IoT MAC protocol:1||IoT networks:1||Iron:1||LBT:1||LTE:1||LTEA:1||Land mobile radio:1||Layout:1||Listenbeforetalk:1||Load balancing:1||Logic gates:1||M2M:1||MTC:1||Machine type communications:1||Manuals:1||Markovmodulated Poisson process:1||Masking techniques:1||Massive Internet of Things:1||Mathematical model:1||Measurement:1||Multipacket reception:1||Multiuser MIMO:1||Multichannel ME immunosensor:1||Multichannel slottedaloha:1||Multiple antennas:1||Multiuser diversity:1||NBIoT:1||Nash equilibria:1||Neural networks:1||Nonorthogonal multiple access:1||Nonorthogonal multiple access (NOMA):1||Nonlinear Optimization:1||Nonorthogonal multiple access (NOMA):1||OFDM:1||OTSU algorithm:1||Opportunistic interference alignment:1||Orbital Angular Momentum (OAM):1||Orthogonal Latin Square (OLS):1||Orthogonal design scheme:1||Overlapping community detection:1||PUSCH:1||Particle swarm optimization:1||Particle swarm optimization (PSO):1||Pedestrians:1||Physicallayer network coding (PNC):1||Portfolios:1||Prevention and mitigation:1||Priority:1||Protein sequence:1||Proteins:1||Public security:1||Quality of service:1||RFID tags:1||RSSI:1||Random access network:1||Random collision:1||Realtime systems:1||Reflective binary codes:1||Relays:1||Reliability:1||Retransmission limit:1||SICaided ALOHA:1||SSDNeRF:1||SWIPT:1||Satellite:1||Satellite internet of things:1||Satellite internet of things (SIoT):1||Scalability:1||Schedules:1||Scheduling:1||Search problems:1||Secrecy outage probability:1||Servers:1||Shape:1||Signal processing algorithms:1||Signal to noise ratio:1||Silicon:1||Sleepmode:1||Slotted ALOHA:1||Slotted Aloha (SALOHA):1||SmMHC:1||Smartphonebased:1||Social networking (online):1||Sociology:1||Solvents:1||Space exploration:1||Spectral efficiency:1||Spectrum usage:1||Supplementary diagnosis:1||Synchronization:1||System performance:1||Tail probability:1||Terahertz (THz) Band:1||Threedimensional displays:1||Tour multiple routes planning:1||TranRF:1||Traveling Salesman Problem:1||Two dimensional displays:1||Twostep random access:1||Twoway relay channel (TWRC):1||UAV trajectory:1||UE ID:1||URLLC:1||Uncertainty:1||User association:1||Video streaming:1||WLAN:1||Whale optimization algorithm:1||Wireless Communication:1||access class barring (ACB):1||access coexisting:1||achievable payoff region:1||achievable payoff region (APR):1||adaptive cell breathing technique:1||adaptive migration strategy:1||adaptive transmission control:1||aggressive BS onoff technique:1||automatical guardrail layout optimization:1||beams:1||binary particle swarm optimization algorithm:1||bistability:1||cache replacement:1||cellular radio:1||cellular uplink:1||closedform throughput:1||collision probability:1||collision resolution period (CRP):1||collision timer:1||community deception:1||computational DiffieHellman (CDH):1||content recommendation:1||cooperative transmission:1||coverage enhancement:1||crowd simulation:1||cumulative distribution function (CDF)based scheduling:1||cumulative distribution functionbased scheduling method:1||datadriven evolutionary algorithm (DDEA):1||deep determination policy gradient algorithm:1||delayfair access:1||delayed control:1||deployment options:1||differential evolution:1||distributed activation probability:1||distributed alternating direction multiplier method (ADMM):1||distributed antenna system (DAS):1||distributed computing:1||dual connectivity:1||dynamic optimization problems:1||dynamic pricing:1||elite learning:1||energy conservation:1||energyefficiency:1||error probability:1||estimation:1||estimation of distribution algorithm:1||evolutionary computation:1||expensive optimization problems (EOPs):1||extended Kalman filter:1||extended Kalman filter (EKF):1||fair resource sharing constraints:1||feedback overhead:1||feedback reduction:1||firstcome firstserve (FCFS):1||frequency diversity:1||fuzzyweight:1||g Best:1||geometry:1||gradient boosting classifier (GBC):1||heterogeneous network:1||heterogeneous networks:1||heterogeneous users:1||hiding:1||higher order statistics:1||hybrid beamforming:1||immediate collision resolution (ICR):1||immediate retransmission:1||individual requirements:1||industrial Internet of Things (IIoT):1||inference attack:1||information freshness:1||insurance portfolio:1||intercell interference:1||interference nulling (IN):1||internetofthings:1||internetofthings (IoTs):1||iterative manner:1||iterative methods:1||joint opportunistic user scheduling and power allocation:1||levelbased learning swarm optimizer (LLSO):1||load balancing:1||localitysensitive hashing (LSH):1||localized data generation (LDG):1||logistic regression (LR):1||longrange (LoRa):1||longterm evolution advanced:1||longterm power constraints:1||lowlatency:1||machinetype communication (MTC):1||massive IoT:1||master&#8211:1||matrixbased:1||matrixbased differential evolution:1||matrixbased evolutionary computation:1||measurement:1||minimum hypothesis testing:1||mmWave:1||mmWaves:1||mobile traffic:1||multiaccess systems:1||multichannel:1||multiobjective evolutionary algorithm:1||multiuser MIMO:1||multichannel random access:1||multimodal data:1||multiple antennas:1||multiple traveling salesman problem:1||mutation strategy:1||network delay:1||nonorthogonal multiple access:1||online backoff control:1||online control.:1||opportunistic scheduling:1||opportunistic splitting algorithm (OSA):1||optimal power allocation:1||optimisation:1||optimization:1||optimization under uncertainty:1||oteinsFeature extractionAmino acidsProtein sequenceNeural networksAccuracyTrainingSolventsShapeComputational biologyBfactorprotein flexibilityresidual network:1||pBest:1||paging:1||particle filter:1||particle swarm optimization (PSO):1||payment scheduling negotiation problem (PSNP):1||performance analysis:1||physical layer security:1||physicallayer security:1||power allocation:1||power consumption:1||power control:1||preamble:1||preamble distribution:1||preference based:1||priority:1||privacy protection:1||project scheduling:1||proportional fairness:1||protein flexibility:1||pseudoBayesian estimation:1||queueaware transmission:1||radio networks:1||random access (RA) procedure:1||random access networks:1||random access networks (RANs):1||random access procedure:1||received signal strength:1||renewal theorem throughput:1||reservation:1||residual network:1||resource block:1||secrecy capacity:1||secrecy outage probability:1||secure aggregation:1||shortterm power constraints:1||signaltonoise ratio:1||slave multisubpopulation distributed:1||smallcell base stations:1||spacetime line code (STLC):1||spectral efficiency:1||spectrum sharing:1||splitting:1||splitting algorithm:1||stability:1||statistical distributions:1||stochastic dominant learning swarm optimizer (SDLSO):1||stochastic geometry:1||stochastic processes:1||successive interference cancellation (SIC):1||successive transmission:1||support vector machine:1||surrogate:1||surrogateassisted evolutionary algorithm (SAEA):1||swin transformer:1||system energy consumption:1||task offloading:1||telecommunication power management:1||telecommunication scheduling:1||throughput:1||throughput fairness:1||throughput optimisation:1||throughput region:1||throughput scaling:1||traffic volume:1||transmission power:1||ultradense LEO integrated satelliteterrestrial network:1||ultradense smallcell downlink networks:1||ultrareliable and lowlatency communication:1||uplink NOMA:1||uplink multiuser network:1||user association:1||user capacity:1||user opportunistic user throughput maximisation:1||video streaming:1||wireless adhoc networks:1||wireless networks:1||기회적 간섭정렬:1||랜덤 액세스 네트워크:1||시 분할 된 알로하 프로토콜:1||4G:1||전송 빔 형성:1||5G mobile communication:1||5G mobile communications:1||5G wireless networks:1||6G:1||ABO technique:1||ACB factor:1||ACB technique:1||ALOHA game:1||ALOHA random access:1||Access control:1||Active intelligent reflecting surface:1||Adaptation models:1||Adaptive granularity learning distributed particle swarm optimization (AGLDPSO):1||Advanced MIMO:1||Amino acids:1||Amplitude modulation:1||Antenna arrays:1||Antenna measurements:1||Array signal processing:1||Autonomous selfhealing:1||Bfactor:1||Backoff:1||Backoff algorithm:1||Backoff scheme:1||Barring:1||Bayes methods:1||Bayesian optimization:1||Beamforming:1||Beamforming:1||Big Data:1||Binary quadratic programming:1||Bistability:1||Biterror rate (BER):1||Boosting:1||Boosting strategy (BS):1||Buildings:1||Cell edge:1||Citizen Broadband Radio Service:1||Cloudbased Radio Access Network:1||Clustering algorithms:1||CoMP:1||Coalition formation game:1||Collaborative edge computing (EC):1||Collision avoidance:1||Complex networks:1||Computational biology:1||Convergence:1||Couplings:1||Cryptography:1||Cumulative distribution function (CDF) based scheduling:1||Cumulative distribution function (CDF)based scheduling:1||Cybernetics:1||DD:1||DAS:1||DRX:1||Data privacy:1||Deep Reinforcement Learning:1||Delay constrained:1||Detection algorithms:1||Digital twin:1||Dimensional Oppositionbased learning of smallhole imaging:1||Distortion:1||Downlink:1||Dual connectivity:1||Dynamic range:1||Dynamic spectrum sharing:1||EAB:1||Edge computing:1||Effective Capacity:1||Energy constrained:1||Evolutionary Computation:1||Evolutionary algorithm (EA):1||Expensive optimization:1||Extended Kalman filter:1||Fairness:1||Financial decision making:1||FosterLyapunov theorem:1||Fullduplex radio:1||Fundus image:1||Genetic Algorithm:1||Genetic algorithm:1||Genetic algorithms:1||Halton sequence:1||Heating systems:1||Heterogeneous networks:1||Hidden node probability:1||Highdimensional problems:1||IEEE 802.11ax:1||IEEE 80211:1||Image edge detection:1||

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