ScholarWorks@Hanyang University ERICA Campus: Cho, Sung hyun

Detailed Information

Cho, Sung hyun (조성현)

COLLEGE OF COMPUTING (ERICA 컴퓨터학부)

Research Area: 이동통신, 블록체인, IoT

Tel 031-400-5670
Homepage

ResearcherID ORCiD Scopus Google Scholar ID ResearchGate

Keyword

Blockchain:9||Internet of Things:8||random access:6||Network coding:4||power control:4||blockchain:4||Wireless LAN:4||Authentication:3||Federated Learning:3||Security:3||resource allocation:2||cellfree massive MIMO:2||AMR speech codec:2||Mobile Communications:2||LEO satellite:2||scalability:2||SAGIN:2||security:2||interference management:2||Artificial Intelligence:2||Inference attack:2||smart contract:2||Scalability:2||Base stations:2||Deep Learning:2||massive IoT:2||Deep learning:2||deep learning:2||Vulnerability:2||NOMA:2||CPU cooperation:2||Interference:2||Signal to noise ratio:2||WiFi:2||Bluetooth Low Energy:2||Cooperative Learning:2||Privacy:2||Wireless sensor network:2||online algorithm:2||Wireless sensor networks:2||Internet of Things (IoT):2||QoS:2||Bluetooth low energy:2||IEEE 802.16e/m system:2||genetic algorithm:2||Noniid Data:2||privacy preservation:2||IoT:2||Random Access:2||Data Communication Systems:1||Data Privacy:1||Data collection:1||Data dissemination:1||Data security:1||Deadline:1||Decoding:1||Deep Generative Learning:1||Degradation:1||Differential Privacy:1||Diffusion:1||Diffusion Strategies:1||Digestive neural networks:1||Digital TV:1||Digital Video Broadcasting:1||Digital Video Broadcasting (DVB):1||Digital content:1||Distributed Data:1||Distributed system:1||Divergence Problems:1||Downlink channels:1||Downlinkuplink asymmetric channel:1||Duty cycling:1||Elearning:1||Economic And Social Effects:1||Edge Computing:1||Endtoend Performance:1||ErtPS:1||FCM clustering:1||Federated learning (FL):1||Federated learning security:1||Generic Stream Encapsulation (GSE):1||Genetic algorithm:1||Global Models:1||Grantfree Access:1||Grantfree random access (GFRA):1||Graph classification:1||Graph convolutional networks:1||Group Key Agreement:1||Groupbased:1||HCS system:1||Handoff:1||Handover schemes:1||Hilbert Space Filling Curve:1||Home Automation:1||IEEE 802.11s:1||Identity inference:1||Iid Data:1||Inference Attack:1||Information exchange:1||Intelligent sensors:1||Intercell interference:1||InterPlanetary File System:1||Intercell interference:1||Interconnection Architecture:1||Interference cancellation:1||Internet Service:1||Internet of Thins(IoT):1||Internet of things:1||IoTdevicetodevice communication:1||Key exchange:1||LTEAdvanced:1||Leakage detection:1||Learning Systems:1||Lightweight:1||Limited feedback:1||Link level capacity:1||MIMO:1||MIMO transmission:1||ML Security:1||MQ TT:1||Machine Learning:1||Machine Learning Models:1||Machinetype communication devices:1||Massive Machinetype Communications:1||Medium access control:1||Mesh network:1||Message Queue Telemetry Transport (MQTT):1||Messaging Protocol.:1||Mobile Telecommunication Systems:1||Mobile sink:1||Mobile sink trajectory:1||MultiHop Network(MHN):1||Multimedia:1||Multipleinput multipleoutput (MIMO) systems:1||Multiuser channels:1||NETWORKS:1||NOMAV2Xfemtocell:1||Network:1||Network Anomaly:1||Network Security:1||Network congestion:1||Network coverage:1||Network traffic classification:1||Node density:1||Nonorthogonal Multiple Access:1||Nuclear power factory:1||Numerical results:1||OFDMA:1||OFDMA SYSTEMS:1||P2P:1||PBFT:1||PSK:1||Packet aggregation:1||PeertoPeer Streaming Protocol:1||Performance:1||Performance evaluation:1||Performance modeling:1||Pipeline:1||Power consumption:1||Power control:1||Precoding:1||Privacypreserving:1||Protocol:1||Public key:1||Quality of service:1||Qualityofservice:1||RF communication:1||RLNC:1||Receivers:1||Relays:1||Rest:1||Rogue AP:1||STO MP:1||Satellite Communication:1||Satellites:1||Scheduling:1||Secret sharing:1||Secure communication:1||Secure communications:1||Sensor network:1||Sensors:1||Service interruption time:1||Simulator:1||Sixthgeneration Wireless Communication Technologies:1||Smart Contracts:1||SmartHealthcare:1||Soft hand overs:1||Spaceairground integrated network:1||Spaceairground integrated networks:1||Spatial correlations:1||Spatial decorrelation:1||Splitlearning:1||Streaming:1||Temperature sensors:1||The fifth generation cellular network technology (5G):1||Threedimensional network:1||Traffic classification:1||Unknown traffic detection:1||Uplink:1||Uplink channel estimation:1||V2I:1||V2V:1||Vehicletoeverything:1||Vehicular ad hoc networks (VANETs):1||Very Small Aperture Terminal (VSAT):1||VoD:1||VoD service:1||VoIP scheduling algorithm:1||WPA:1||WPA2:1||WPA2PSK:1||Whitebox assumption:1||WiMAX:1||Wireless Sensor Network (WSN):1||Wireless ad hoc network:1||Wireless networks:1||Wireless telecommunication systems:1||XOR:1||almost blank subframe (ABS):1||authentication:1||autonomous power allocation:1||block Merkle tree,~second blockchain:1||broadcast message:1||cell coverage:1||codeexpanded random access:1||collaborative learning:1||communication overhead:1||concatenation:1||congestion control:1||connected vehicle:1||consensus:1||consortium blockchain:1||continuous pool:1||crosstier interference:1||cryptocurrency:1||data security:1||data usability:1||decoding scheme:1||delay:1||delay constraint:1||device distribution:1||devicetodevice (D2D):1||distributed learning:1||distributed routing:1||diversity:1||downlink beamforming:1||electronic medical records:1||elliptic curve cryptography:1||energy harvesting:1||explainable artificial intelligence (XAI):1||flooding:1||fourway handshake:1||fractional frequency reuse:1||fractional frequency reuse (FFR):1||frequency hopping:1||frequency reuse:1||grantfree random access:1||graph learning:1||group key exchange (GKE):1||handover:1||healthcare information exchange:1||heterogeneous graph:1||human body communication (HBC):1||hyperfraction:1||inner code:1||inner region:1||intersection:1||large language model:1||link failure:1||live streaming:1||localization:1||longterm evolution (LTE):1||massive machinetype communications:1||maxmin power control:1||medical data management:1||mobile sink:1||mobile wireless multimedia sensor networks:1||multi hop relay networks:1||multiCPU:1||multiagent reinforcement learning:1||multiblock:1||multicell:1||multinode MIMO:1||multiagent reinforcement learning (MARL):1||multichannel:1||multiple access channel:1||nonRF communication:1||nonorthogonal multiple access (NOMA):1||outer region:1||patientcentered medical system:1||perfect forward secrecy (PFS):1||phishing:1||phishing detection:1||positioning system:1||postcompromised security:1||preamble:1||privacy preserving:1||proxy reencryption:1||public safety networks:1||resource management:1||routing:1||routing algorithm:1||routing path:1||satellite–ground integrated network:1||scalable cellfree networks:1||security and privacy:1||service function chain:1||signal to interference plus noise ratio (SINR):1||slotted ALOHA:1||spatial correlation:1||spectral efficiency:1||split learning:1||stability:1||storage efficiency:1||tSNE analysis:1||time division scheduling:1||time of arrival (TOA):1||transformer:1||triangulation:1||ultradense network (UDN):1||ultramassive machinetype communication (umMTC):1||umMTC:1||uplink scheduling algorithm:1||vehicular adhoc network (VANET):1||vehicular networks:1||video frame:1||wireless body area network:1||wireless mobile sensor network:1||wireless sensor network:1||wireless sensor network (WSN):1||3G Technology evolution:1||핸드오버 (Handover):1||5G:1||6G:1||AI Security:1||AIdriven network traffic analysis:1||AMQ P:1||Access Point:1||Access control:1||Adhoc Network:1||Aerospace electronics:1||Anomaly Detection:1||AoI:1||Artificial intelligence:1||Asynchronous GKE:1||Auction theory:1||BLE:1||Beacon:1||Behavior identification:1||Bidirectional encoder representations from transformers:1||Blockchains:1||Bluetooth4.0:1||Bottleneck zone:1||Broadcast channels (BC):1||Broker:1||CDMA 2000:1||CPU edge region performance:1||CPUedge:1||Caching:1||Causal Effect Estimation:1||Cellfree massive MIMO:1||Cells:1||Central Processing Unit:1||Channel aggregation:1||Classification:1||Clusterhead selection:1||CoAP:1||Computeraided diagnosis:1||Concatenated code:1||Consensus:1||Constrained Application Protocol (CoAP):1||Consumer electronics:1||Cooperative Communication:1||Cooperative communications NGH:1||CramerRao lower bound (CRLB):1||Cryptography:1||Cytology:1||D2D communication:1||DESIGN:1||DIVERSITY:1||

RSS_1.0 RSS_2.0 ATOM_1.0

55 Hanyangdeahak-ro, Sangnok-gu, Ansan, Gyeonggi-do, 15588, Korea+82-31-400-4269

Certain data included herein are derived from the © Web of Science of Clarivate Analytics. All rights reserved.
You may not copy or re-distribute this material in whole or in part without the prior written consent of Clarivate Analytics.

Detailed Information

Keyword

BROWSE