ScholarWorks@SUNGKYUNKWAN UNIVERSITY: CHOO, HYUN SEUNG

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CHOO, HYUN SEUNG (추현승)

Computing and Informatics (Computer Science and Engineering)

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Wireless sensor networks:28||wireless sensor networks:14||Data aggregation:11||PMIPv6:10||Internet of Things:10||OpenFlow:9||Duty cycle:9||Deep learning:7||Wireless sensor network:7||Proxy Mobile IPv6:7||Lifetime:6||Delays:6||IoT:6||wireless sensor network:6||Dutycycle:6||Wireless Sensor Networks:6||Smartphone:6||Energy efficiency:6||Software defined networking:5||Minimum latency:5||deep learning:5||data aggregation:5||Mobility management:5||Fast handover:5||Generative Adversarial Network:4||Broadcast scheduling:4||Clustering:4||scheduling:4||Broadcasting:4||Approximation algorithm:4||Receivers:4||Data aggregation scheduling:4||Scheduling:4||duty cycle:4||SDN:4||energyefficiency:4||IP mobility:4||Reliability:3||Energy Efficiency:3||Internet of things:3||Energy consumption:3||IoT gateway:3||greedy forwarding:3||Data Dissemination Protocol:3||Geographic routing:3||Topology control:3||Ad hoc networks:3||Load balancing:3||Halftoning:3||SPMS:3||Cloud computing:3||Schedules:3||Anomaly detection:3||Seamless handover:3||network lifetime:3||Broadcast:3||Coverage:3||congestion control:3||Similarity attraction:3||Fault tolerance:3||Femtocell:3||Flooding:3||Prediction:3||multichannel:2||SPIN:2||WSN:2||WSNs:2||Forged sensing reports:2||5G:2||Reliable transmission:2||Collisionfree:2||unreliability:2||Buffering:2||Dictionary learning:2||Proximal Policy Optimization (PPO):2||Frequency partition:2||network function virtualization:2||Interference management:2||Principal component analysis:2||Reinforcement learning:2||network slicing:2||Secure distributed spectrum sensing:2||Security:2||node scheduling:2||Segment Routing:2||energy efficiency:2||ophthalmology:2||Selective attention:2||Connectivity:2||OFDMA:2||Deep Reinforcement Learning (DRL):2||MAC protocol:2||anomaly detection:2||lifetime:2||Heterogeneous networks:2||prediction:2||Sensor networks:2||Collision tolerant:2||Sensors:2||Drone:2||proxy mobile IPv6:2||broadcasting:2||Training:2||Deep reinforcement learning:2||Service Function Chaining:2||Failure Detouring:2||Machine learning:2||LSTM:2||Greedy forwarding:2||common ground:2||Energyefficient:2||Computational modeling:2||Energy balance:2||Energy harvesting:2||wireless data broadcasting:2||Simulation:2||security:2||Test framework:2||Generative adversarial network:2||convolutional neural networks:2||sensor network:2||Sleep latency:2||coverage:2||Predictive models:2||Dynamic scheduling:2||geographic routing:2||Smart TV:2||Smart device:2||Multihop clustering:2||Smart gateway:2||SmartRing:2||softwaredefined networking:2||Gated Recurrent Unit:2||Clustering method:2||GPS:2||Container:2||QoS:2||Cognitive radio networks:2||Minimumlatency:2||Software Defined Networking:2||Computer network reliability:2||Parent changing:2||Fusion:2||dutycycle:2||Stability:2||Qlearning:2||Proxy Mobile IPv6 (PMIPv6):2||Software defined networking (sdn):2||Flooding scheme:2||Ethernet passive optical network (EPON):2||Data models:2||Resource management:2||Unmanned Aerial Vehicles (UAV):2||machine learning:2||Personality:2||Link scheduling:2||ultra widefield fundus images:2||Routing:2||Local minimum problem:2||mobile computing:2||Network management:2||Localization:2||Network slicing:2||Network traffic:2||Asymmetry:2||Softwaredefined networking:2||Fast handover for Proxy Mobile IPv6:1||Fault detection:1||Feature matching:1||Femtocell:1||Fiber to the home (FITH):1||Flash memory:1||Flooding attack:1||Formation control:1||Fraction:1||Frequency planning:1||Full delivery:1||Fully connected network:1||Fundus photo:1||GIS:1||Gated recurrent unit:1||Genetic algorithm:1||Geograhpic routing:1||Global handover:1||Gradient Branch:1||Graph optimization:1||Grid scan algorithm:1||GridFTP:1||Group forwarding:1||Guaranteed coverage:1||HCI:1||HOG descriptor:1||Halftone patterns:1||Handheld computers:1||Handoff Latency:1||Handover:1||Handover decision:1||Hardcopy watermarking:1||Head MAG:1||Heterogeneous Networks:1||Heterogeneous mobility:1||Hidden Markov models:1||Hierarchical Mobile IPv6:1||High frequency:1||Histogram Equalization:1||Hole detour:1||Hole detouring:1||Human robot interaction:1||Humancomputer interaction:1||Hypernets:1||Identification:1||Image registration:1||Implementation:1||Improved PD (IPD):1||Inaudible frequency:1||Input sharing:1||Intelligent IoT:1||Intelligent mobile radiofrequency identification (RFID):1||Intelligent system:1||Inter Cloud Manager:1||Inter Domain Mobility:1||InterDomain Mobility:1||Interdomain IP mobility:1||Interdependency:1||Internet:1||Internet neutrality:1||Internet of Planet:1||Internet of Things (IoT):1||Internet policy:1||Introvert:1||Intrusion detection system:1||Inverse halftoning:1||IoP:1||Job dispatching:1||Joint attention:1||KNearest neighbors:1||Khop Dominating Set:1||Khop dominating set:1||Ksingular value decomposition:1||Key photo selection:1||Korea:1||LTE:1||LTE uplink:1||Latency efficient:1||Level based approach:1||Lifelog:1||Lifelog:1||Link Protection:1||Location awareness:1||Location management:1||Locationawareness:1||Locationbased Routing:1||Locationbased service:1||Logistic regression:1||Longrange network:1||Lookup table:1||MAP Changing:1||MAS:1||MCID:1||MDS:1||MIMOOFDM:1||MPCP:1||Mathematical models:1||Media sharing:1||Medical Image Processing:1||Medical Image Restoration:1||Medical image analysis:1||Message queue:1||Minimal Steiner trees:1||Minimal steiner trees:1||Minimum Time:1||Minimum cost trees:1||Minimumdelay:1||Mobile Sink:1||Mobile User Path:1||Mobile agents:1||Mobile communication:1||Mobile computing:1||Mobile interaction:1||Mobile networks:1||Mobile system:1||Mobile terminal:1||Mobile video service:1||Mobilephone:1||Mobility history:1||Mobility information:1||Modeling:1||Moderating Effects:1||Monitoring platform:1||Moving objects:1||Multiaccess Edge computing:1||Multicandidate greedy forwarding:1||Multihop Clustering:1||Multioutput Approach:1||Multistep Prediction:1||Multicast communication:1||Multicast communications:1||Multicast routing:1||Multicast routing algorithm:1||Multicasting:1||Multichannel WSNs:1||Multidisciplinary approach:1||Multihop:1||Multihop networks:1||Multimedia services:1||Multipledevice environment:1||Multipoint control panel (MPCP):1||Multiscale Regions of Interest:1||NEMO:1||NEMO basic support (NBS):1||NEtwork Mobility (NEMO):1||Near wirelesscontrol:1||Network Lifetime:1||Network Mobility:1||Network Mobility (NEMO):1||Network function virtualization:1||Network monitoring:1||Network traffic prediction:1||NoSQL:1||Node scheduling:1||Noise reduction:1||Nonincreasing deliverylatency interval:1||OAI PMIPv6:1||OFPMIPv6:1||OLT:1||ONU:1||Ondemand:1||OnDemand mobility:1||OpenFlow Switch memory management:1||OpenStack:1||Ophthalmology:1||Opportunistic:1||Optical imaging:1||Optical line terminal (OLT):1||Optical network unit (ONU):1||Optimal scheduling:1||Orchestration:1||Outoforder:1||Outofsequence:1||Outlier detection:1||Overcommitment ratio:1||PAPR:1||PMIPv6, MIPv6:1||Packet loss:1||Packet transmission delay:1||Paging:1||Paging systems:1||Pattern classification:1||Performance evaluation:1||Personal photo collection:1||PhotoEMFbased gas sensors:1||Playback buffer time:1||Positioning:1||Posterior:1||Predictive handover:1||Prefix Delegation (PD):1||Prior:1||Proactive:1||Proactive Mobility:1||Proxy mobile IPv6:1||Publishsubscribe pattern:1||QoE:1||Quality analysis:1||Quality of Service (QoS):1||Quality of service:1||Quality prediction:1||Rtree:1||RRM:1||RSSI:1||Radio Access Network:1||Randomly sensor deployment:1||Rangefree:1||Reallife scenarios:1||Realtime color matching:1||Realtime sharing service:1||Receiverbased:1||Reconstruction of perceptual state:1||Recurrent adversarial learning:1||Recursive Approach:1||Regular Tiling (RT):1||Regular polygonal tiling:1||Reliability polynomial:1||Reliable:1||Remaining energy:1||Residential networks:1||Resource allocation:1||Reversible color to gray mapping:1||Robot acceptance model:1||Robustness:1||Route optimization:1||Routing hole problem:1||Routing information:1||Routing protocol:1||SICM:1||SCFDMA:1||SFC monitoring:1||Saving energy:1||Scalable video coding:1||Schedule length:1||Screen mirroring:1||Segmentation:1||SelfAttention:1||Selfattention:1||Selfhealing:1||Selfoptimization:1||Selforganization:1||Sensing:1||Sensor simulation:1||Sensory data:1||Sentiment analysis:1||Server:1||Service assurance:1||Service function chaining:1||Service function chaining (sfc):1||Service migration:1||Service mobility management:1||Similarity Attraction:1||Single carrier frequency domain multiple access:1||Single image rain removal:1||Slice orchestration:1||Smart Factory:1||Smartphone call patterns:1||Smartphones:1||Social Impression:1||Social presence:1||Social robots:1||Socially interactive robots:1||Software Defined Networking (SDN):1||Software Defined Networking (SDN) and IP Mobility:1||Software Defined Networks (SDN):1||Software defined networking (SDN):1||Software defined networks (SDN):1||SoftwareDefined Networking:1||Softwaredefined networks:1||South Korea:1||Space vehicles:1||Spatial databases:1||Spatial index:1||Spatiotemporal features:1||Specific absorption rate:1||Spectral subtraction:1||Split point:1||Stein:1||Streaming service:1||Stretching Clustering:1||Stretching clustering:1||Summarization:1||Super Resolution:1||Support vector machine:1||Swarm Intelligence:1||SystemSens:1||SystemSens+:1||TCP:1||TCP New Jersey:1||TCP SYN flooding:1||TCP buffer tuning:1||TDMA:1||TDMA protocol:1||TPB:1||TRA:1||Takahashi and Matsuyama (TM) algorithm:1||Takahashi and matsuyama (TM) algorithm:1||Tangible user interface (TUI):1||Task analysis:1||Testbed implementation:1||Textu:1||Theory of Reasoned Action (TRA):1||Time series data:1||Topdown approach:1||Touch interaction:1||Traffic classification:1||Traffic prediction:1||Transport control protocol (TCP):1||Tree construction:1||Twohop flooding:1||Types of Cues:1||UAV:1||UTAUT:1||Ultra widefield fundus image:1||Unsupervised Anomaly Detection:1||Update buffering:1||Updatein:1||User emotion:1||User mobility prediction:1||VLAN:1||VNF placement:1||Vertical Handoff:1||Vibration:1||Virtual IP:1||Virtual MAP (VMAP):1||Virtual layer:1||Virtual network functions:1||Virtual position:1||WDMEPON:1||WLAN:1||Web Forum:1||Wireless Ad Hoc Networks:1||Wireless Sensor Networks (WSNs):1||Wireless ad hoc networks:1||Wireless adhoc networks:1||Wireless data broadcasting:1||Wireless network:1||Wireless networks:1||Wireless sensor networks (WSNs):1||YouTube:1||accelerometer:1||adhoc networks:1||adoption:1||adversarial domain adaptation:1||adversarial learning:1||air index:1||ambiguity resolution:1||approximation algorithm:1||automated disease classification:1||backbone:1||bidirectional feature learning process:1||broadband:1||broadcast:1||buffer cache management:1||cache hit ratio:1||channel estimation:1||classification:1||clustering:1||collision avoidance:1||coloring method:1||communication:1||congestion:1||conn:1||connected target cover:1||connectivity:1||containers:1||cooperative operation:1||coverage problem:1||cueing:1||data collection:1||data collection applications:1||degree of interreference gap:1||degreebased link scheduling:1||delay tolerant networking:1||delayconstrained:1||densely connected convolutional networks:1||deployment:1||dictionary learning:1||discrete wavelet transform:1||distributed aggregation scheduling:1||distributed databases:1||distributed wireless sensor networks:1||docker swarm:1||dynamic bandwidth allocation (DBA):1||dynamic traffic:1||edge cloud:1||edgecloudsim:1||elaboration maximisation model:1||emotion:1||emotion classifier:1||empirical analysis:1||encoderdecoder:1||energy balance:1||energy balancing:1||energy consumption:1||energy efficient routing:1||energyefficient:1||energyefficient routing:1||error diffusion:1||expertnovice:1||extreme gradient boosting (XGBoost):1||facial expression:1||failure protection:1||fast handover:1||fault detection:1||feature clustering:1||feature extraction:1||fiber to the home (FTTH):1||fiow balancing:1||flash memory:1||flooding:1||flow table management:1||forwarding set propagation:1||frequency domain packet scheduling (FDPS):1||frequency selective channels:1||fundus:1||generative adversarial networks:1||generative learning:1||generative network:1||geomagnetic sensor:1||global positioning system:1||handover decision:1||hidden information:1||highperformance data transfer:1||imagetoimage translation:1||immersion:1||indexing methods:1||information storage and retrieval:1||interactivity:1||kubernetes:1||large scale IoT:1||learning system:1||least recently used:1||life:1||linear programming:1||load balancing:1||load distribution:1||location aware:1||location management:1||locationaware mobile services:1||long term evolution (LTE):1||low duty cycle:1||low interreference recency set:1||low latency:1||low power:1||mediating effects:1||message delivery:1||minimum cost trees:1||minimum delay:1||mobile ad hoc network:1||mobile network:1||mobility:1||mobility history:1||mobility management:1||mobility prediction:1||modular approach:1||multihop cluster:1||multihop mobile adhoc networks:1||multihop networks:1||multilabel classification:1||multiscale PCA.:1||multistep prediction:1||multicast communications:1||multicast routing algorithm:1||multichannel:1||multipoint control protocol (MPCP):1||nearest neighbor search:1||nested mobile network:1||network management:1||network reliability:1||network utilization:1||neural network:1||noise reduction:1||ocular diseases:1||opportunistic flooding:1||optical line terminator (OLT):1||optical network unit (ONU):1||parallel sockets:1||performance:1||photoluminescence:1||pinball routing problem:1||predecessor information:1||prediction of tag detection rate (detectability):1||predictive handover:1||presence:1||principal component analysis:1||proxy mobile IPv6 (PMIPv6):1||quantum yield:1||recurrent adversarial learning:1||reliability:1||reliable data transmission:1||resource allocation:1||retransmission timeout (RTO):1||revenue maximization:1||route optimization:1||route optimization (RO):1||routing protocol:1||scalability:1||scheduling length:1||secure distributed spectru:1||segment routing:1||selfconfiguration:1||sensor activity scheduling:1||sensory data:1||service function chain (SFC):1||service function chaining:1||simulation:1||singlecarrier FDMA (SCFDMA):1||slice admission control function:1||slice admission modeling:1||smart mobile:1||software defined networks (SDN):1||software platform:1||sound sensor:1||spatial databases and GIS:1||spatialtemporal analysis:1||spatiotemporal correlation:1||stakeholder analysis:1||storage:1||sumo:1||support vector machine (SVM):1||tag detection influence factors:1||task offloading:1||time latency:1||topology control:1||traffic distribution:1||transfer learning:1||transition metal dichalcogenide:1||triadic relationship:1||ucampus:1||ulearning:1||unmanned aerial vehicle (UAV):1||unpaired imagetoimage translation:1||unreliable links:1||uplink:1||upper bound:1||user mobility:1||verification framework:1||virtual environment:1||virtual position:1||wireless link bit error rate (BER):1||1hop Neighbor Information:1||wireless sensor networks (WSNs):1||1DCNN:1||2hop backward information:1||2hop forwarding:1||3D:1||5G mobile communication:1||802.11 WLAN:1||Accelerometer:1||Active noise cancellation:1||ActorCritic:1||Ad hoc Networks:1||Adhoc networks:1||Adoption:1||Adsorption sensitivity:1||Advertisement:1||Advertisment:1||Agent:1||Agentbased monitoring:1||Aggregate Flow Entry:1||Aggregation Delay:1||Aggregation scheduling:1||Ambiguous figure:1||Ambiversi:1||Anchor node:1||Anomaly generation:1||Anti call phishing:1||Artificial immune system:1||Asynchronous advantage actorcritic:1||Attractiveness:1||AutoEncoder:1||Autoconfiguration:1||Availability:1||Backoff interval:1||Backbone:1||Backup service function selection:1||Base station:1||Batteryfree:1||Bearing Data:1||Binding Update (BU):1||Bioinspired:1||Biological system modeling:1||Biomedical optical imaging:1||Bird flocking behaviour:1||Bloom Filter:1||Bone Age Assessment:1||Bone age assessment:1||Bulletin board:1||CLAHE:1||CORD:1||Cache replacement policy:1||Capacity:1||Cassandra:1||Channel and time slot coscheduling:1||Channel switching:1||Chest Radiographs(Xray):1||Classification:1||Client:1||Clonal selection algorithm:1||Cloud:1||Cloud manager:1||Clusterbased:1||Clustereddot dithering:1||Collective behaviour:1||Collision free:1||Color embedding:1||Color recovery:1||Color to gray conversion:1||Colorblind people:1||Colormatching application:1||Colorization:1||Computational advertising:1||Computational model:1||Computer Vision:1||Computer architecture:1||Computer network management:1||Congestion control:1||Congregation:1||Context sharing:1||Continuance intention:1||Continuous nearest neighbor search:1||Contrast Enhancement:1||Conventional fundus image:1||Conventional fundus images:1||Convolutional Long ShortTerm Memory:1||Correlation:1||Costs:1||Covering problem:1||Critical path:1||CrossCultural HCI:1||Crossover router:1||DBA:1||DDoS:1||DDoS attack:1||DEDASD:1||DTN:1||Data Aggregation:1||Data analytic:1||Data collection:1||Data dissemination protocol:1||Data sharing:1||Deconvolution:1||Deep Learning:1||Deep PolicyGradients:1||Deep QNetwork (DQN):1||Deep Qlearning:1||Deep Reinforcement Learning:1||Deep Reinforcement learning (DRL):1||Deeplearning:1||Defense mechanism:1||Deferred admissibility:1||Delay:1||Delay Time:1||Delay variation:1||Delay and delay variation Bounded multicast tree (DVBMT) problem:1||Denial of Service:1||Denial of sleeping:1||Deployment:1||Device pairing:1||Dialing:1||Diary making system:1||Digital diary:1||Disaster:1||Discrete wavelet transform:1||Discrete wavelet transforms:1||Diseases:1||Display:1||Distributed Mobility Management (DMM):1||Distributed algorithm:1||Distributed scheme:1||Distributed wireless sensor networks:1||Docker:1||Docker swarm:1||Drones:1||Duty Cycle:1||Dutycycling:1||Dynamic bandwidth allocation (DBA):1||EAS:1||Earth:1||Edge Computing:1||Electromagnetic emission:1||Emergency alert system:1||Endtoend delay:1||Energy Conservation:1||Energy Consumption:1||Energy efficient:1||EnergyEfficient:1||Energyefficiency:1||Energysavings:1||Enterprise network:1||Error correction:1||Error propagation:1||Event segmentation:1||Eventdriven model:1||Exclusive NOR:1||Expectation confirmation theory:1||Extrovert:1||Eye tracking:1||FDPS:1||Facial Impression:1||Facial expression synthesis:1||Facial expressions:1||Facial impression:1||Fact forcing:1||Factoring method:1||Fast Handover:1||Fast dissemination:1||

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(03063) 25-2, SUNGKYUNKWAN-RO, JONGNO-GU, SEOUL, KOREAsamsunglib@skku.edu

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