ScholarWorks@Hanyang University: Joe, Inwhee

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Joe, Inwhee (조인휘)

COLLEGE OF ENGINEERING (SCHOOL OF COMPUTER SCIENCE)

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Tel 02-2220-1088
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UAV:7||machine learning:5||Localization:5||Internet of Things:5||DTN:5||IoT:5||Deep learning:4||routing:4||Reliability:4||Machine learning:4||CPS:4||MPLS:3||LoRa:3||wireless sensor networks:3||Telemedicine:3||Vertical handover:3||IEEE 802.15.4:3||State of charge:3||Energy efficiency:3||Fairness:3||energy consumption:3||Disaster:3||Snapshot:3||Wireless sensor networks:3||Neural networks:3||RSSI:3||Mobility management:3||Power consumption:3||Group management:3||Lithiumion battery:3||Anomaly detection:3||Fast handover:2||Blockchain:2||Feature extraction:2||Attention:2||MIMO:2||Batteries:2||Embedded Linux:2||Machine Learning:2||Flying wireless sensor:2||natural language processing:2||Optimal Discovery Time:2||cooperative communication:2||Delay/Disruption Tolerant Network:2||Interdomain:2||데이터 마트:2||데이터 분석:2||데이터베이스 설계:2||SDN:2||Mesh routing:2||SMOTE:2||deep learning:2||메타데이터:2||Emergency Network:2||Meta data:2||Intrusion detection:2||Training:2||Delays:2||ContextAware:2||DQN:2||Scanning:2||Path Finding:2||Scoring:2||power consumption:2||Path planning:2||Security:2||Beacon:2||Group:2||Beamforming:2||항공안전관리:2||reinforcement learning:2||energy harvesting:2||LPWA:2||Binary CDMA:2||WSN:2||Data Analysis:2||Service Discovery:2||Wireless Sensor Networks:2||Wireless Sensor network:2||Data Mart:2||Convolutional neural networks:2||Aviation Safety Management:2||Evacuation Guidance:2||Simulation:2||AMI:2||frequency reuse scheme:2||Channel Interference:2||Cyber Physical System:2||Component:2||CDN:2||Database design:2||CFDP:2||Lithiumion batteries:2||Random forest:2||IEEE 802.11:2||IPS:2||Reinforcement learning:2||Low power consumption:2||MAC:2||unmanned aerial vehicle:2||DiffieHellman key exchange:1||Digital healthcare:1||Disaster environment:1||Discrete Wavelet Transforms (DWT):1||Distributed ledger:1||Diversity:1||Doubly nearfar problem:1||Drone relay:1||Dual Signal Transformation LSTM Network:1||Dualhop system:1||Dualmode Beacon:1||Dualring bridged network:1||Dynamic access control:1||Dynamic paging:1||Dynamic threading:1||Dynamic user preference modeling:1||EV battery:1||Elastic Net:1||Electric vehicle:1||Ellipticcurve cryptography:1||Embedded software:1||Emergency network:1||EncoderDecoder:1||Encoding:1||Endtoend delay:1||Enduser:1||Energy Harvesting:1||Energy harvesting:1||Energybased routing:1||Energyefficiency:1||Estimation:1||Euclidean distance:1||Evacuation:1||Event Horizon:1||Event queue:1||FANET:1||FDWPCN:1||FLA:1||FMI:1||Fabrics:1||Failure Detector:1||Fast discovery:1||Fast simulation:1||Feedback:1||Fire evacuation:1||Fire risk:1||Fisheye image rectification:1||GOOSE:1||Gated Recurrent Unit:1||Gated recurrent unit:1||Google analytics:1||Google tag manager:1||Graph convolution:1||Gridbased oneshot detection method:1||Group key management:1||HSR:1||HTTP:1||Heterogeneous wireless networks:1||High Rise Buildings:1||Highlevel abstraction:1||Highrise building:1||Histogram:1||History:1||Hybrid access point (HAP):1||Hybrid multiple access:1||Hybrid wireless networks:1||Hyperledger Fabric:1||IDWRL:1||IEC 61850:1||IEC61850:1||IEC61850 traffic type:1||IT:1||Image Processing:1||Image classification:1||Image preprocessing:1||Imbalanced Classification:1||Indoor Localization System:1||Industrial IoT:1||Information service:1||Initial acess:1||Integrated circuit modeling:1||InterDomain:1||Internet of things:1||IoT (Internet of Things) security:1||IoT device:1||JIT:1||Jaccard similarity:1||Kmeans clustering:1||KCF algorithm:1||KONEPS:1||Key Words : AI:1||Knowledge distillation:1||LGBM:1||LSTM:1||LSTMAE:1||LTP:1||Lagrescale:1||Large Scale:1||Large scale fields:1||Lasso:1||Leader election:1||Learning:1||Licenses:1||Light GBM:1||Lightweight solver:1||Link Redundancy:1||Link live time:1||Localization WSN MCL Algorithm:1||Location Error:1||Location error:1||Long ShortTerm Memory:1||Long ShortTerm Memory (LSTM):1||MAC (Message Authentication Code):1||MAP:1||MIH:1||MIH, consistency:1||MMORPG:1||MMS:1||MPR:1||Machine Learning, XGBoost, Gradient Boosting Machine, Overfitting, Early Stopping:1||Mathematical model:1||Merkle Tree:1||Mesh network:1||Mesh routing protocol:1||Microkemel:1||Minerals:1||Missile:1||Mobile:1||Mobile AdHoc Networks:1||Mobile Communication:1||Mobile Speed:1||Mobile cluster:1||Mobile network:1||Mobile phones:1||Mobile sink:1||Mobile speed:1||Mobile travel platforms:1||Mobility:1||Mobility Prediction:1||Mobility prediction:1||Modeling:1||Monitoring automation:1||Multi regression analysis:1||MultiCell Cooperative:1||Multisink:1||Multimedia:1||Multipath:1||Multiple Preliminary Price Method:1||NAK:1||NEMO:1||NFV:1||Named entity recognition:1||Nash equilibrium:1||Natural Language Processing:1||Natural language processing:1||Navigation:1||Navigation tracking systems:1||Nested named entity recognition:1||Network Coding:1||Network Traffic Improvement:1||Network scanning:1||Network selection:1||News length:1||News similarity:1||Noisecancelling:1||Nuclearfactor kappa B:1||Numerical models:1||OLSR:1||OMAG:1||OPNET:1||Oneway transmission:1||Ontology:1||Optimal Channel Selection:1||Optimal bandwidth sharing:1||Optimal placement:1||Outage probability:1||PMPLS:1||PGVA:1||PLC:1||PMIP paging:1||PMIPv6:1||PVST:1||Packet Analyzer:1||Packet Scheduling:1||Packet Segmentation:1||Path loss:1||Path selection mode:1||Path switching:1||Personalized customization services:1||PointOfInterest:1||Popularity:1||Power Level:1||Power demand:1||PreProcessing:1||Prediction algorithms:1||Priority:1||Priority scheduling:1||Public data analysis:1||Pyramid:1||Qlearning:1||QoS:1||RANTES:1||RMTP:1||RRC protocol:1||RSA:1||RSTP:1||RTPS:1||Random Backoff:1||Random access:1||Reencryption:1||Real driving cycle:1||Realtime:1||Realtime Collaborative Editing:1||Received signal strength indication:1||Received signal strength indicator:1||Rechargeable Dynamic Duty Cycle:1||Recurrent neural network:1||Relays:1||Remote Control:1||Repeated noncooperative game:1||Rescuer Network.:1||Reservation:1||Resource allocation:1||Resource optimization:1||Resume:1||Rhinovirus:1||Ridge:1||Ring Topology:1||Roads:1||Root Exploit:1||Root Hash:1||Route optimization:1||Routing:1||Routing protocol:1||Routing protocols:1||SCTP:1||SINR:1||SMS:1||SNOMEDCT:1||SNR:1||SNR scheduling:1||SVM:1||Scalable face detection:1||Scaling:1||Scheduling order:1||Seamless:1||Seamless streaming service:1||Security level:1||Security model:1||Semantics:1||Sensor Network:1||Sensor data collection:1||Sensor network:1||Sensor node:1||Sentiment analysis:1||Separate Network:1||Server transformation method:1||Servers:1||Shadow fading:1||Shock patient:1||Silver Town:1||Simple Mail Transfer Protocol:1||Simulator:1||Situational awareness:1||Smart contract:1||Smart factory:1||Soft handover:1||Software architecture:1||Software defined networking:1||Softwaredefined perimeter:1||Space Internet:1||Spam Filtering:1||Spam filtering system:1||Speculative Computation:1||Speed and direction of mobile node:1||Squadron:1||Stack Overflow:1||Standard Price:1||State of health:1||Storage:1||Streaming:1||Streaming agent:1||Sumthroughput optimization:1||Supervision Ack Frame:1||Suspend:1||Synchronization:1||Syntactics:1||System information blocks:1||TCP:1||TDMA:1||TFIDF:1||TTS:1||Tag:1||Tag loading time:1||Tag omission:1||Task analysis:1||Temporal attention:1||Thesaurus:1||Throughput:1||Tier:1||Time management:1||Timeseries:1||Topology control:1||Toxicity:1||Track:1||Tracking:1||Tradeoff:1||5G:1||Transfer learning:1||Transition awareness:1||Tree overlapping:1||UAVOLSR:1||UAVenabled wirelesspowered communication networks:1||UPnP:1||USN:1||UWB:1||Ubiquitous:1||Unmanned aircraft system:1||VLAN:1||Vehicle dynamics:1||Vehicular sensor network:1||Vertical Handover:1||Virtual Machine:1||Voice Communication:1||Voice communication:1||Vulnerabilities:1||WPCN:1||Wallpaper:1||Web architecture:1||Wireless Powered Communication Network:1||Wireless powered communication network (WPCN):1||Wireless powered communication networks (WPCN):1||Wireless sensor network:1||With the development of the 4th Industrial Revolution technology:1||XAI:1||XGBOOST:1||XGBoost:1||adaptive transmission:1||agent:1||amplifyandforward:1||and at the same time use the TTS technology to convert the voice into text and record it with the time to improve the battlefield situation. It is recorded automatically:1||and command and control is becoming more difficult as the weapon system is advanced and diversified. In addition:1||and in the case of joint operations:1||and is mostly carried out as a combined operation with other countries. To solve this problem:1||antenna selection:1||attention based contextfeatured dynamic inattentionbased:1||attention mechanism:1||auto scan mode:1||backhaul network:1||bandwidth utlization:1||beamforming:1||blackbox model:1||buffer management:1||categorical variables:1||cell edge user data rate:1||cellular radio:1||cellular systems:1||channel availability:1||channel capacity:1||channel impairments:1||channel utilization:1||cluster header:1||clustering:1||clustering scheme:1||clustering stage:1||cognitive radio:1||cognitive radio networks:1||computation offloading:1||computer vision:1||conditional handover:1||conditional handover (CHO):1||congestion control:1||connected and autonomous electric vehicle:1||convex optimization:1||cooperative sensing overhead:1||cooperative spectrum sensing:1||coordinated multipoint joint processing:1||correlation analysis:1||cosine similarity:1||crosslayer:1||cyberphysical system:1||delay queue:1||delay tolerant nerworks:1||delay tolerant network:1||delay tolerate network:1||dilated convolution:1||disaster area:1||distributed cosimulation:1||diversity:1||double dueling deep Qnetwork:1||doublynearfar problem:1||downlink CoMPJP:1||driving cycle:1||dual radio:1||dual virtual paths:1||due to political and diplomatic issues:1||dynamic spatial attention:1||electric vehicle:1||electroencephalogram (EEG):1||energy consumption level:1||energy detection:1||energy management algorithm:1||energy prediction algorithm:1||energy prediction error:1||energy storage:1||energyefficient resource allocation:1||enhanced frontend algorithm:1||epidemic:1||epidemiological model:1||explainable AI:1||explainable artificial intelligence:1||explanation:1||extend transmission period:1||extended Kalman filter:1||extended dual virtual paths:1||failure classification:1||feature extraction:1||feedback.:1||fluorescent lamp light intensity:1||functional mockup interface:1||game:1||gated recurrent unit:1||global context focus:1||group key:1||harvestthentransceive:1||highavailability seamless redundancy:1||hopcount:1||hybrid SDMA/NOMA:1||hybrid model:1||hyperledger fabric:1||hyperparameter optimization (HPO):1||importance:1||improved LSTM:1||individual mobile user:1||intercell interference:1||interpretability:1||intracell interference:1||latency constraints:1||link reliability:1||localization:1||low power:1||machine learning (ML):1||mac프로토콜:1||magnetometer:1||mask:1||masked attention:1||merge:1||meshtopology based network:1||message priority:1||mobile:1||mobile edge computing:1||mobile edge computing (MEC):1||modern warfare is rarely waged by a single country alone:1||multiRAT:1||multicopy:1||multipath:1||network selection:1||network slicing:1||network traffic load:1||network virtualization:1||nonterrestrial network:1||nonterrestrial network (NTN):1||normal scan mode:1||ns3 simulation:1||obstacle recognition:1||offloading:1||opportunistic relaying:1||optimal transmission interval:1||optimization:1||outage probability:1||overhead:1||overhead reduction:1||path recovery:1||pattern:1||patterned preamble:1||personalized prediction:1||pheromone:1||power:1||primary user signal detection:1||probability:1||proximal policy optimization:1||pruning stage:1||radio environment map:1||radio spectrum management:1||radiofrequency interference:1||random forest:1||recommendation method:1||rekeying:1||related texts are translated and sent to the receiver using SST technology along with the original text to ensure smooth communication during wartime..:1||residual energy:1||resource management:1||round trip time:1||saliency map:1||sector:1||segment based caching:1||seizure prediction:1||selecting stage:1||selective clustering scheme:1||selfattention:1||sending delay:1||sensing data reliability:1||short messaging service:1||signal detection:1||signal noise ratio environment:1||signal to interference and noise ratio:1||simulation:1||smart device:1||smart grids:1||solar cell arrays:1||solar panel:1||solarpowered energy harvesting wireless sensor node:1||spectral efflciency:1||state of health:1||sumthroughput maximization:1||support vector machine:1||symbol error rate:1||synchronization mechanism:1||tabular data:1||telecommunication network reliability:1||telecommunication power management:1||telecommunication traffic:1||temporal attention:1||terminate editing:1||the importance of secure communication using the wireless communication environment is increasing:1||thesaurus:1||threshold:1||timing requirements:1||traffic analysis:1||traffic flow latency:1||traffic reduction:1||trafflc load:1||transmission interval management:1||twotier crossover genetic algorithm:1||user equipment path:1||vertical handover:1||visual explanation:1||we utilize the Dual Signal Transformation LSTM Network technology to remove the battlefield noise in real time and deliver it to the receiver:1||weighted harvestthentransmit:1||wireless:1||wireless energy transfer:1||wireless multihop networks:1||wireless sensor network:1||wirelesspowered communication networks:1||wirelesspowered communication netwroks (WPCN):1||zero crossing:1||κμ fading channels:1||과적합:1||국가종합전자조달시스템:1||그라디언트 부스팅:1||기계학습:1||다중선형회귀:1||데이터 집중장치:1||라소:1||라이트 GBM:1||리지:1||머신러닝:1||무선 랜:1||무선전송파워설정기법:1||보안:1||복수예가방식:1||불균형 분류:1||비동기방식:1||세션키:1||스케일링:1||실버타운:1||실시간 공동 편집:1||엘라스틱넷:1||예정가격:1||원격진료:1||이동 IPTV:1||익스트림 그라디언트 부스팅:1||인증:1||전력선통신:1||조기중지:1||편집기 Server 변환 방식:1||Traffic Control IED:1||5g NR:1||802.11s:1||802.1X:1||A549 cell:1||AES:1||Adhoc network:1||Adaptive period:1||Adaptive scan:1||Adaptive security:1||Advertising packet:1||Aging:1||Android:1||Architecture:1||Artificial intelligence:1||Aspectbased sentiment analysis:1||Attention mechanism:1||Authentication:1||Autoencoder:1||Automatic shock treatment:1||BAN:1||BDD:1||BMAG:1||BP:1||Backup:1||Bandwidth:1||Battery management systems:1||BioBert:1||Biological neural networks:1||Blog Social Network Map Reduce Analysis System:1||Boot:1||Bootstrap algorithm:1||Bootup Time:1||Breathing Time Bucket:1||Buffer storage:1||Bundle Streaming Service:1||CAP:1||CPS Middleware:1||CPS middleware:1||CR network:1||CR users:1||CSMA/CA:1||CVE (common vulnerabilities and exposures):1||CWE (common weakness enumeration):1||Caching:1||Cell Phones:1||Channel access delay:1||Channel allocation:1||Channel interference:1||Classification:1||Cluster:1||Cognitive radio:1||Cognitive radio network:1||Collaborative editing:1||Color space:1||Combustion:1||Combustion gas:1||Communication relay:1||Compiler:1||Computational modeling:1||Computer Vision:1||Congestion:1||Congestion Problem:1||Contact scheduling:1||Content:1||Context modeling:1||Continuous:1||Continuous Energy Transfer:1||Convex optimization:1||Cooperative:1||Cooperative communication:1||Costs:1||CyberPhysical System:1||CyberPhysical system:1||DBSCAN:1||DCNN:1||DDS:1||DDS Gateway:1||DDS gateway:1||DDoS:1||DPI:1||DVBT system:1||DWRL:1||Dalvik:1||Data Protection:1||Data Sharing:1||Data concentrator unit:1||Data distribution service:1||Data models:1||Data preprocessing:1||Data security:1||Decodeandforward relaying:1||Deep Learning:1||Deep space communication:1||Delay:1||Delay Reduction:1||Delaytolerant networks:1||Dense Convolutional Network (DenseNet):1||Detection:1||Different transmission periods:1||

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222, Wangsimni-ro, Seongdong-gu, Seoul, 04763, Korea+82-2-2220-1365

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