ScholarWorks@Korea University: Pack, Sang heon

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Pack, Sang heon (백상헌)

College of Engineering

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Tel 02-3290-4825
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Markov decision process (MDP):9||Quality of service:8||energy harvesting:7||Energy harvesting:6||optimization:6||Optimization:6||Switches:5||Internet of Things (IoT):5||Mobile handsets:5||Task analysis:5||IoT:4||constraint Markov decision process (CMDP):4||Data models:4||IEEE 802.11n:4||Internet of Things:4||Computational modeling:4||Internet:4||energy:4||Training:4||Servers:4||Delays:4||performance analysis:4||Heuristic algorithms:4||5G mobile communication:4||Cloud computing:3||privacy:3||offloading:3||Pricing:3||fairness:3||Costs:3||AMPDU:3||joint optimization:3||5G:3||Convergence:3||game theory:3||electric vehicle (EV):3||Markov chain:3||heterogeneous networks:3||WiMedia MAC:3||SIP:3||AMSDU:3||Resource management:3||MUMIMO:2||network economics:2||directional antenna:2||Analytical model:2||Devicetodevice communication:2||programmable data plane:2||Process control:2||radio frequency (RF) energy:2||distributed MAC:2||data offloading:2||pull:2||wireless data access:2||Throughput Measurement:2||Geographic Routing Protocol:2||Schedules:2||time synchronization:2||Constrained Markov decision process:2||Energy:2||LTEunlicensed (LTEU):2||Resilience:2||Frame Aggregation:2||Beacon:2||Games:2||clustering:2||warm start:2||Data aggregation:2||Location management:2||Mobility management:2||DMM:2||location management:2||prioritized contention access:2||Pipelines:2||constrained Markov decision process (CMDP):2||Service function chaining:2||Control systems:2||Constraint Markov decision process (CMDP):2||mobile hotspot:2||PMIPv6:2||Federated learning:2||Bandwidth:2||Computer architecture:2||Programmable data plane:2||Blockchain:2||edge cloud:2||Mobile Adhoc Networks:2||deep learning:2||6G:2||Noise measurement:2||Access control:2||multicast:2||call admission control:2||UWB WPAN:2||distributed reservation protocol:2||Batteries:2||Directional antennas:2||throughput:2||Vehicular WiFi networks:2||Resource Management:2||SelfAdaptive Location Checking:2||CNN:2||Bloom filter:2||switchcentric:1||reference node selection:1||Softwaredefined networking:1||content distribution:1||Radio frequency:1||power control:1||Wireless resource allocation:1||fogassisted aggregated synchronization:1||coexistence:1||Service function chaining (SFC):1||service node (SN):1||femto/macrocell networks:1||proxybased collaboration system:1||alphalocal search of sharing order (alphaLSSO):1||Data center:1||Network mobility (NEMO):1||Data packet forwarding:1||efficiency analysis:1||redundancy elimination (RE):1||Directional multicast:1||Mobile hotspots:1||SVC:1||bitrate adaptation algorithm:1||Middlebox:1||software defined networking (SDN):1||Channel utilization:1||mobilityaware call admission control (MACAC):1||newcall blocking probability (NCBP):1||Swarm:1||Consistent hashing:1||오픈플로우:1||online social networking service:1||Multimedia traffic:1||스케일러블 비디오 코딩:1||MBS:1||MultiInterface Mobile Node:1||Proxy MIPv6 Protocol:1||멀티 네트워크:1||인터넷:1||처리율 측정:1||nextgeneration network:1||radio frequency identifier (RFID):1||Selfimprovement:1||Mobilitybased load control:1||sessiontomobility ratio (SMR):1||optimal retransmission limit:1||DTN:1||HIP:1||fourdimensional trajectory prediction:1||recognition:1||localization:1||Fingerprint recognition:1||scheduling:1||Vehicle dynamics:1||battery charging algorithm:1||mobile communication standard:1||Simulation:1||Charging stations:1||deep reinforcement learning (DRL):1||Propagation losses:1||beacon:1||vehicletovehicle communications:1||MBLCR:1||generation forecasting:1||Clustering algorithms:1||Functionaware resource management (FARM):1||sensing quality:1||Cluster and quantization level selection:1||Random access memory:1||Aggregates:1||Memory management:1||Network monitoring:1||smart contracts:1||mobile data pricing:1||authentication:1||static game:1||Active/sleep mode:1||environmental map (EM):1||spatiotemporal correlation:1||stochastic optimization:1||Unlicensed bands:1||resource allocation:1||dense WLAN:1||backup:1||high availability (HA):1||Full duplex:1||voice over IP (VoIP):1||Delayed offloading:1||content download:1||Virtual machine placement:1||Hybrid data center networks:1||discretetime Markov chain (DTMC):1||longterm evolution (LTE)/LTEadvanced (LTEA):1||tracedriven evaluation:1||Medium access control (MAC):1||service function chaining:1||Cloudbased services:1||fast wireless data access scheme (FWDAS):1||bandwidth adjustment:1||MIPv6:1||Block ACK:1||neighbor discovery:1||handoff queue (HQ):1||Cooperative polleachread (CoopPER):1||Cooperative callback (CoopCB):1||Strong consistency:1||M/M/1 큐잉 시스템:1||Push:1||Wireless personal area network:1||Acknowledgement (ACK) frame:1||session blocking probability:1||tag anticollision:1||IEEE 802.21 MIH:1||차량 네트워크:1||자원 관리:1||mobile RFID:1||Sessiontomobility ratio:1||return routability (RR):1||network mobility (NEMO):1||pointer forwarding:1||mobilityaware binding update:1||TCPFriendly Rate Control:1||Tactical mobility testbed:1||Sociology:1||Green networks:1||SNRbased admission control:1||Computer crime:1||Devicetodevice (D2D):1||Redundancy:1||Aircraft:1||soft actorcritic (SAC):1||Offloading:1||task offloading:1||convergence time:1||Wireless networks:1||submodular function:1||nonpublic network:1||SWIPT:1||Beamformers:1||In band network telemetry:1||Handover function provisioning system:1||Fourth Industrial Revolution:1||LSTM:1||IEEE 802.11ax:1||message dissemination:1||platoonbased driving:1||vehicular network:1||innetwork caching:1||Inband network telemetry:1||Data communication:1||unmanned aerial vehicle:1||spatial correlation:1||Directional antenna:1||mobile crowdsensing (MCS):1||Vehicletogrid (V2G):1||reinforcement learning (RL):1||gametheory:1||integrated frame structure:1||overhead mitigation scheme:1||Coexistence:1||listen before talk (LBT):1||unlicensed bands:1||opportunistic WiFi contact:1||Broadcast:1||signaling overhead:1||Opportunistic wireless fidelity (WiFi) network:1||selforganization:1||integer linear programming:1||virtual WLAN system:1||vehicular passenger mobilityaware bandwidth allocation:1||wireless ad hoc networks:1||BitTorrent:1||Uplink/downlink characteristics:1||소프트웨어 정의 네트워크:1||Deterministic transmission:1||IEEE 802.15.3:1||Vehicular network:1||mobile WiMAX:1||RFID:1||frame slotted aloha:1||broadcast:1||multicast/broadcast service (MBS):1||WiMedia network:1||Adaptation:1||cooperative communication:1||Hierarchical Mobile IPv6:1||Mobile IP:1||Dual home agent (DHA):1||Performance analysis:1||callback (CB):1||mobile hotspots:1||Retina:1||Statistics:1||ad hoc networks:1||mobile device selection:1||adaptive deadline:1||Markov processes:1||Cascading style sheets:1||Charging:1||client selection:1||federated learning (FL):1||Steiner trees:1||User selection:1||6G mobile communication:1||Distributed edge cloud:1||heuristic algorithm:1||Time factors:1||Byzantine fault tolerance:1||Mice:1||sampling accuracy:1||redundant packets:1||time complexity:1||named data networking:1||information freshness:1||big data:1||multimedia CRNs:1||Nonorthogonal multiple access:1||monitoring service:1||tactile Internet:1||Data consistency:1||renewalreward theory:1||wireless local area network (WLAN):1||optimal timer:1||Mobile collaborative community:1||transfer time:1||Distributed mobility management:1||session initiation protocol (SIP)based location update procedure:1||Opportunistic relay selection:1||Frame aggregation:1||millimeterwave (mmWave) ad hoc networks:1||multiband application:1||medium access control (MAC):1||Multigigabit WLAN:1||Multicast capacity:1||Centralized mapping system:1||distributed mobility management:1||handoffcall dropping probability (HCDP):1||Cellular/WLAN interworking:1||probabilistic controller selection:1||wireless networks:1||Collisionfree channel access:1||전송 속도 적응:1||적응 변조 및 코딩:1||Video Multicast:1||Adaptive Modulation and Coding:1||Network mobility:1||Session handoff probability:1||multimedia streaming:1||멀티 인터페이스 이동 노드:1||topology control:1||NETLMM:1||optimal bindingmanagement key refresh interval:1||polleachread (PER):1||proxy cache (PC)based PER (PPER):1||fractional retransmission (FR):1||Diabetes:1||Content caching:1||route planning:1||HRTS:1||low power:1||Aerospace electronics:1||Network slicing:1||Access delay:1||unslotted ALOHA:1||Electric vehicle charging:1||solar:1||multiarmed bandit problem:1||serverless edge computing:1||vehicular urban sensing:1||split computing:1||Performance evaluation:1||inference latency:1||intralayer splitting:1||Tunneling:1||cache:1||Private 5G:1||Smart contracts:1||RBM:1||RPL:1||Routing attacks:1||P4:1||Markov decision process:1||security:1||queuing theory:1||multichannel:1||channel clustering:1||QoSlevel quantification:1||Constraint stochastic game:1||haptic communication:1||PDMAC:1||controller assignment:1||cloud radio access networks (CRANs):1||wireless local area network:1||efficient delta synchronization:1||timer:1||latency:1||network function virtualization:1||network function virtualization (NFV):1||fixed mobile convergence:1||P2P:1||Connection admission control:1||Binary exponential backoff:1||Multicast:1||M/M/1 queuing system:1||collaborative work:1||Channeladaptive acknowledgement:1||session disruption probability:1||Mobile VoIP:1||consumer devices:1||Enhanced information server:1||MultiNetwork:1||VoIP:1||session initiation protocol (SIP):1||P2P live streaming:1||Hierarchical Mobile IPv6 (HMIPv6):1||hierarchical Mobile IPv6:1||M/M/1/K:1||voice over WLANs:1||diabetic retinopathy:1||coefficient of drag:1||Rsync:1||Smart data pricing:1||pure ALOHA:1||low earth orbit (LEO) satellite:1||Receivers:1||Wireless communication:1||interreception time:1||vehicle platooning:1||5G network:1||Federated learning (FL):1||Client selection:1||Sensors:1||Trajectory:1||Multitype sensor:1||Cloudnative network function placement:1||Subscriber Identity Module:1||Throughput:1||MUMISONOMA:1||innetwork aggregation:1||B5G networks:1||Artificial neural networks:1||Deep neural network (DNN):1||MORA:1||OFDMA:1||Containers:1||Fault tolerance:1||Synchronization:1||connected car:1||energyefficiency:1||Security:1||flow awareness:1||Protocols:1||Logic gates:1||age of information:1||devicetodevice (D2D):1||Virtual selfish queue:1||ehealth:1||piggyback:1||Mobile cloud storage:1||synchronization traffic:1||microgrid:1||target monitoring:1||Adaptive algorithm:1||renewable energy:1||medium access control:1||acceptable flow rate:1||performance optimization:1||Social networking service (SNS):1||Routing algorithm:1||Public transportation:1||opportunistic WiFi offloading:1||Informationcentric networking:1||fullduplex communication:1||nextgeneration WLAN:1||Flow distribution:1||Fairness:1||Distributed hash table:1||Collision detection:1||HTTP adaptive streaming:1||wiredwireless integrated networks:1||Blocking cost:1||Consistent random backoff:1||mmWave:1||OpenFlow:1||Ad hoc networks:1||network topology:1||Collision arbitration:1||Contention window:1||Temporal locality:1||IP multimedia subsystem:1||프레임 집약:1||Paging:1||Adaptive binding update (BU):1||proxy cache (PC)based CB (PCB):1||fading channel:1||TFRC throughput:1||colored fundus images:1||Edge caching:1||admission control:1||resource reservation:1||Airplane trajectory:1||machine learning:1||license plate:1||rectification:1||RNN:1||distributed system:1||quality of service:1||social welfare:1||Battery swapping:1||heterogeneous users:1||renewal theorem throughput:1||Safety:1||routing:1||serverless computing:1||Channel allocation:1||deep reinforcement learning:1||Ecosystems:1||Virtualization:1||Distributed deep learning:1||Distributed serverless edge cloud:1||interlayer splitting:1||twophase split computing:1||control plane:1||testbed:1||Fault tolerant systems:1||energy efficiency:1||industrial wireless sensor networks:1||Collaboration:1||spatialtemporal collaborative sampling:1||wireless power transfer (WPT):1||nanonetwork:1||partially observable Markov decision process (POMDP):1||wireless power transmission (WPT):1||coverage:1||Sleep:1||sleep scheduling:1||surveillance system:1||IEEE 802.11ac/ax:1||Software defined networking (SDN):1||sleep mode:1||functional splitting:1||service function (SF):1||computation offloading:1||VoIP capacity:1||flowcompensatory rounding based placement:1||sociality:1||social correlation:1||handover:1||Delayed WiFi offloading:1||multirate:1||analytical model:1||timerbased session setup procedure:1||neighbor discovery (ND):1||strong consistency:1||Rate adaptation:1||ID/locator separation:1||Retransmission:1||bandwidth estimation:1||Video streaming:1||Voice over WLANs:1||IEEE 802.11ad:1||확률적 컨트롤러 선택:1||Softwaredefined network (SDN):1||Rate Adaptation:1||Broadband wireless:1||PCA protocol:1||PMIPv6 프로토콜:1||Incentive:1||Mobility anchor point:1||Admission control algorithm:1||자가 적응형 위치 검증:1||mobile IPv6:1||CellularWLAN integration:1||WLAN:1||heterogeneous mobile stations:1||cellular:1||qualityofservice:1||stochastic processes:1||Energy consumption:1||stochastic game:1||Metadata:1||Adaptation models:1||LPSRS:1||Satellite broadcasting:1||Handover:1||Stochastic processes:1||graph attention network (GAT):1||Vehicular ad hoc networks:1||Constrained Markov decision process (CMDP):1||task allocation:1||straggler problem:1||Hierarchical systems:1||Routing:1||Blockchains:1||Biological system modeling:1||innetwork computing:1||mixed integer nonlinear program (MINLP):1||autonomous driving:1||Electronic mail:1||Computer science:1||Encryption:1||informationcentric networking:1||Flexible samplingbased INT:1||Temperature sensors:1||the Internet of Things:1||Manycore systems:1||edge computing:1||stream analytics:1||Wireless multimedia applications:1||stability:1||Tactile internet:1||Stochastic game:1||Incentive mechanism:1||probabilistic matrix factorization (PMF):1||Internet of things (IoT):1||directional energy transmission:1||distributed SDN controllers:1||mobile edge computing (MEC):1||energy cost:1||push:1||Cloud storage applications:1||data path switching:1||overhearing:1||Content discovery:1||selfinterference cancellation (SIC):1||dense networks:1||Distributed mapping system:1||Crosslayer:1||playback rate:1||Cooperative wireless data access algorithm:1||Wireless personal area networks:1||비디오 멀티캐스트:1||Scalable Video Coding:1||Worldwide Interoperability for Microwave Access (WiMAX):1||Vertical handover:1||Spatial locality:1||multirate wireless networks:1||모바일 애드혹 네트워크:1||위치 기반 라우팅:1||automatic repeat request (ARQ):1||call setup latency:1||Retinopathy:1||Sleep scheduling:1||performance anomaly:1||WiFibased vehicular networks:1||mobility:1||Payloads:1||Gold:1||Silver:1||Economics:1||battery swapping station (BSS):1||the Korean Institute of Communications and Information Sciences (KICS):1||Resource allocation:1||constrained stochastic game:1||Reliability:1||Age of information (AoI):1||D2D communication:1||MCDM:1||Serverless computing:1||bandwidth allocation:1||federated learning:1||Virtual machine monitors:1||programmable switch:1||Analytical models:1||Multicriteria decision making:1||Personalized handover function:1||Network architecture:1||Local area networks:1||free5GC:1||Anomaly detection:1||

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