ScholarWorks@Korea University: Lee, Won jun

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Lee, Won jun (이원준)

Department of Information Security

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Tel 02-3290-3203
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RFID:6||ZigBee:6||WiFi:5||Wireless fidelity:5||topology control:3||Dominating set:3||Data center networks:3||OFDM:3||Modulation:3||crosstechnology interference:3||60 GHz:2||approximation algorithm:2||Minimum connected dominating set:2||Wireless network:2||Greedy approximation:2||virtual backbone:2||tag anticollision:2||service composition:2||Routing cost constraint:2||connected dominating set:2||VANET:2||optimization:2||cooperative communication:2||Interference:2||Internet of Things:2||wireless network:2||OSGi:2||Receivers:2||graph theory:2||CDS:2||Wireless sensor networks:2||time efficiency:2||NPhard:2||collision arbitration:2||Training:2||user interaction:2||wireless security:2||energy efficiency:2||radio frequency identification (RFID):2||obstacle:2||SIP:2||Computer security:2||Decoding:2||physical layer:2||QUIC:2||Eavesdropping:2||Data models:2||HTTP/3:2||tag identification:2||Analytical model:2||general graph:2||Unit disk graph:2||social networks:2||IEEE 802.11p:2||prototype demonstration:2||coexistence:1||steganography:1||Internetofvehicle caching:1||multitag:1||Radio frequency:1||gated recurrent unit (GRU):1||navigation prediction:1||심층 강화학습:1||packet scheduling:1||hybrid sensor networks:1||Backscatter networks:1||collisionbased authentication:1||Data center:1||vertex connectivity:1||flow scheduling:1||missing tag identification:1||Channel utilization:1||mobilityaware call admission control (MACAC):1||newcall blocking probability (NCBP):1||infrastructuretovehicle (I2V) communication:1||모바일 테더링:1||WSNs:1||unit disk graph:1||online social networking service:1||Approximation algorithms:1||Polynomial time approximation scheme:1||wireless adhoc networks:1||릴레이 선택 알고리즘:1||게이트웨이 배치:1||Gateway Placement:1||MultiRate:1||MBS:1||Graph theory:1||routing path:1||Submodular cost:1||Reader AntiCollision:1||randomly deployed WSNs:1||Exact algorithm:1||Social networks:1||APXhard:1||polar coordinates:1||remote wire object:1||dynamic Web service proxy:1||dynamic service binding:1||IO traces:1||Internet of Things (IoT) system architecture:1||network interface cards (NICs):1||Detectors:1||Phase shift keying:1||Covert channel detection system:1||WiFi network:1||Bluetooth:1||bluetooth:1||virtualization platform:1||Interoperability:1||SGX:1||connection hijacking:1||hyperconnection:1||Sensor networks:1||Virtual machine placement:1||Hybrid data center networks:1||Wireless rechargeable sensor networks:1||wireless power transfer:1||trust:1||stochastic decision making:1||multihop communications:1||Approximation algorithm:1||handoff queue (HQ):1||neighbor discovery:1||Cooperative polleachread (CoopPER):1||Cooperative callback (CoopCB):1||Strong consistency:1||roadside unit:1||차량네트워크:1||노변기지국:1||경로 데이터:1||UDG:1||Push:1||pull:1||service discovery for mobile networks:1||NEMOenhanced SLP:1||Opportunistic routing:1||credibility:1||Relay Selection Scheme:1||무선랜:1||session blocking probability:1||greedy approximation algorithms:1||return routability (RR):1||passive RFID tag:1||stream prioritization:1||웹 오브젝트 의존성:1||Automatic modulation classification:1||Hardware:1||Wireless networks:1||Web prefetching:1||Kernel:1||frequency hopping:1||Continuous wavelet transforms:1||simulation platform:1||LVC interoperability:1||PEKS:1||trusted execution environment:1||Engines:1||near field:1||far field:1||Authentication protocol:1||Deep learning:1||autonomous networking:1||RFpowered networks:1||maximum lifetime:1||ARINC 653:1||kcore:1||data center networks:1||flow completion time:1||Growth bounded graphs:1||Bit vector:1||resource allocation and management:1||Time delay:1||routing cost:1||vehicular networks:1||노변기지국차량 간 통신:1||CDS 가상 백본 망:1||mobile tethering:1||relay node placement:1||unit ball graph:1||quasi unit disk graph:1||cognitive radio:1||packet forwarding:1||endtoend throughput:1||P2P trust model:1||협력 통신:1||Vehicular network:1||mobile WiMAX:1||buffer map disparity:1||frame slotted aloha:1||MOCCDS:1||Mobile IP:1||Dual home agent (DHA):1||Performance analysis:1||solidstate drives:1||스트림 우선순위 선정 기법:1||사물 인터넷:1||Signal to noise ratio:1||IQ~constellations:1||Scheduling algorithms:1||Prototypes:1||modulationbased covert channel:1||quality of experience:1||Feature extraction:1||Communication system security:1||wavelet analysis:1||Cybersecurity simulation:1||Computational modeling:1||wireless coexistence:1||local oscillator:1||RF leakage:1||ADD_ADDR attack:1||barriercoverage:1||monitoring:1||compute clusters:1||Rumor:1||medical bigdata platforms:1||Adhoc network:1||frameslotted ALOHA:1||pseudoidentifier (PID):1||aspiration level:1||Personal interests:1||Time deadline:1||handoffcall dropping probability (HCDP):1||매개변수 조절:1||wireless sensor networks:1||wholenetwork mobility:1||wireless networks:1||Computational complexity:1||reputation:1||P2P networks:1||Network mobility:1||Session handoff probability:1||Collision resolution:1||meshbased:1||location management:1||mobile beacon:1||optimal bindingmanagement key refresh interval:1||Execution time estimation:1||phase:1||물리 계층:1||시간 간격 오차:1||Personnel:1||Cybersecurity training:1||Wireless communication:1||Integrated circuit modeling:1||Transmitting antennas:1||Spread spectrum communication:1||backscatter communication:1||ECN:1||MPTCP:1||realtime operating system (RTOS):1||time and space partitioning (TSP):1||unmanned aerial vehicle (UAV):1||homophily:1||data collection:1||social relation graph:1||Algorithm PTAS:1||Influence diffusion:1||mobile hotspot:1||infrastructuretovehicle communication:1||CDS virtual backbone network:1||브로드캐스팅 메시지 폭주 현상:1||cooperative network:1||collaborative work:1||dynamic spectrum access:1||Cooperative Communication:1||다중 전송률:1||Wireless LANs:1||frameslotted Aloha:1||session disruption probability:1||hybrid pushpull:1||Mobile VoIP:1||Social network:1||VoIP:1||Throughput:1||Military aircraft:1||Behavioral sciences:1||Protocols:1||randomization:1||Computer architecture:1||forward privacy:1||video caching:1||Frequencydomain analysis:1||clouds:1||interference:1||SchmidlCox:1||패킷 스케줄링:1||deep reinforcement learning:1||fog computing (FC) networks:1||Routing algorithm:1||medium access control:1||probabilistic tag retardation:1||Fairness:1||ppersistent:1||new estimation algorithm:1||parameter control:1||다중 CDS:1||Security:1||Weakly connected dominating set:1||Maximal independent set:1||mobile computing:1||Network mobility support:1||a hierarchy of virtual service registries:1||Ad hoc networks:1||network topology:1||Stackelberg game:1||Information propagation:1||P2Pbased video streaming:1||Collision arbitration:1||Minimum submodular cover:1||adaptive path planning:1||RFID tag anticollision:1||web object dependency:1||Training data:1||generative adversarial networks:1||Servers:1||cybersecurity training system:1||Mobile computing:1||physical layer security:1||searchable encryption:1||Receiving antennas:1||proximity detection:1||Deep reinforcement learning:1||Phantoms:1||Fourier transform:1||multitenancy:1||microbursts:1||web applications:1||다중경로 전송:1||자율제어 네트워킹:1||multipath transport:1||Multisource wireless power transfer:1||ultradense networks:1||dynamic buffering:1||IEEE 802.11ad:1||receiver cooperation:1||transmitter cooperation:1||Cognitive radio:1||Markov chain:1||medium access control (MAC) protocol:1||spacing distribution:1||Intersection of shortest paths:1||empirical trajectory data:1||multiple CDSs:1||DSN:1||heterogeneous network:1||이종 네트워크:1||UBG:1||Polynomialtime approximation:1||Connected setcover:1||분할전이 기법:1||이동성:1||wireless sensor networks (WSNs):1||Connected dominating set:1||mobile IPv6:1||crossdomain service composition:1||RFID tag anticollision:1||SOA:1||CellularWLAN integration:1||user experience:1||사용자 경험:1||Internet of things:1||time interval error:1||위상:1||Generative adversarial networks:1||Constellation diagram:1||single model training:1||Data centers:1||Linux:1||Cyberattack:1||cyber trainer:1||Wireless communications:1||Analytical models:1||Radio transmitters:1||radiofrequency identification (RFID) system:1||frequency offset:1||network security:1||millimeterwave:1||integrated modular avionics (IMA):1||Greedy Algorithm:1||network connectivity:1||Routing efficiency:1||Rumor containment:1||Missingtag identification:1||road traffic estimation:1||Cooperative wireless data access algorithm:1||broadcasting storm problem:1||최적화:1||협력 네트워크:1||multiple sink placement:1||Directional antennas:1||routing costs:1||chain model:1||Mobile Ad Hoc Network:1||PartitionShift:1||Mobility:1||network center placement problem:1||chunk selection:1||Mobile RFID:1||candidate areas:1||Shortest path:1||Positive influence dominating set:1||multirate wireless networks:1||Signal space diversity (SSD):1||Rician fading channels:1||symbol error rates (SER):1||query tree protocol:1||태그 식별:1||Symbols:1||Timing:1||wireless network security:1||

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