ScholarWorks@Hanyang University ERICA Campus: Kang, Kyung tae

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Kang, Kyung tae (강경태)

ERICA 소프트웨어융합대학 (DEPARTMENT OF ARTIFICIAL INTELLIGENCE)

Research Area: 컴퓨터시스템, 운영체제

Tel 031-400-5235
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Electrocardiography:6||heartbeat classification:6||Block interleaving:5||MPEG4 FGS:5||BCMCS:4||ReedSolomon:4||cdma2000 1xEVDO:3||ECG:3||Access control:3||electrocardiography:3||Electrocardiogram:3||Linux:3||decision tree:3||mobile device:3||inotify:3||Heartbeat classification:3||Avionics systems:3||Prefetching:3||Mobile devices:3||energyefficiency:3||ReedSolomon coding:3||LSTM:2||High reliability:2||Response time (computer systems):2||Latency:2||arrhythmia:2||arrhythmia detection:2||Bluetooth:2||storage tiering:2||Authentication:2||mobile systems:2||Design:2||SSD caching:2||benchmark:2||espresso:2||fAnoGAN:2||userlevel prefetching:2||Hotpatching:2||저전력:2||Avionics:2||Hybrid error recovery:2||Scalable Video Coding (SVC):2||healthcare:2||wireless healthcare:2||Environmental Monitoring:2||Databases:2||Broadcasting:2||ClusterFetch:2||hybrid disk:2||IEEE 802.11:2||Security:2||Obstructive sleep apnea:2||프리페칭:2||prefetching:2||디스크:2||Electrocardiogram (ECG):2||coffee crema:2||GrabCut:2||CHANNELS:2||realtime ECG monitoring:2||realtime broadcasting:2||Block Interleaving:2||data center:2||브로드캐스트 및 멀티캐스트:2||largescale storage systems:2||realtime switch:2||Health care:2||PanTompkins algorithm:2||regular expression:2||reliability:2||Cyberphysical systems:2||Wireless healthcare:2||lowpower:2||Reliability:2||Storage:2||Consumer electronics:2||abstraction:2||Decision Support Systems:1||Decision Tree:1||Decision tree model:1||Decision trees:1||Deduplication:1||Deep Learning:1||Deep learning:1||Defensive augmentation:1||Delay:1||Delay estimation:1||Delay performance:1||Design frameworks:1||Design languages:1||Detection and Recovery:1||Device authentications:1||Differential privacy:1||Direct networks:1||Disk:1||Disk I/O:1||Disk I/O scheduling:1||Disk prefetch:1||Disk prefetching:1||Distributed storage:1||DualChannel Repetition:1||Dynamic ownership:1||ECG identification:1||ECG monitoring:1||ECG signals:1||ELF:1||Earliest deadline first:1||Ecg monitoring:1||Electrocardiogram monitoring:1||Electromyography (EMG):1||Embedded Systems:1||Embedded systems:1||Encryption:1||Encryption Algorithms:1||End to End Delay:1||End to end delay:1||EndtoEnd communication:1||Endtoend latency:1||Endtoend response time:1||Energy Efficiency:1||Energy allocation:1||Environmental engineering:1||Environmental monitoring system:1||Error bursts:1||Error control:1||Error prones:1||Errorresilient systems:1||Essential considerations:1||Evaluation:1||FADING CHANNELS:1||FEC:1||Factual:1||Fading channel:1||Fading channels:1||Faster RCNN:1||Fault tolerance:1||Fault tolerant key management:1||Feature extraction:1||Federated learning:1||Firmware:1||Fog computing security:1||Foot pressure:1||Formal Description:1||FreeRTOS:1||Functional magnetic resonance imaging recognition:1||GPS:1||Gramian angular field:1||Gramin Angular Field:1||Guaranteed delay bound:1||HEALTHCARE:1||Health Level7:1||Heart beat:1||HeartSearcher:1||Heartbeat morphology features:1||Holter monitor:1||Holter monitoring:1||Honey encryption:1||Hospital information systems:1||Humans:1||Hybrid model:1||HyperText Transport Protocol Secure (HTTPS):1||I/O optimization:1||I/O performance:1||IEEE 802:1||Image Server:1||Image augmentation:1||Input/Output:1||Integrated tools:1||Intelligent Vehicle:1||Intentionalityrelated long shortterm memory (IrLSTM):1||Intermediate node:1||Internet of Things:1||IoT:1||Jitter:1||Kernel:1||Key establishments:1||Keyvalue SSD:1||LTE:1||Launch and loading times reduction:1||Launching/loading time:1||Layered representation:1||Learning systems:1||Lightweight prefetch:1||Loading:1||Locally weighted linear regression:1||Location privacy:1||Lowlatency:1||MITBIH arrhythmia database:1||MPEG4 scalable video:1||MPEG4 스케일러블 비디오:1||Machine learning:1||Machine learning repository:1||Machinetype communications:1||Medical device network:1||Medical diagnoses:1||Medical information system:1||Medium access control:1||Message format:1||Methodical approach:1||Mobile Service:1||Mobile broadcasts:1||Mobile device:1||Mobile power management:1||Mobile traffic:1||Model inversion attack:1||Modelbased design:1||Monit:1||Monitoring:1||Monitoring applications:1||Monitoring server:1||Monitoring system:1||Motor Control:1||Multihop networks:1||NETWORKS:1||NVM:1||Nearest neighbor search:1||Network architecture:1||Network environments:1||Network performance:1||Neural network:1||Neural networks:1||OPERATINGSYSTEMS:1||Object storage:1||OpenBMC(OpenBMC):1||Optical packet switches:1||Optical switch fabrics:1||Optical switches:1||Optimization approach:1||PERFORMANCE:1||Packet networks:1||Packet switching:1||Password typographical error:1||Passwordbased encryption:1||Patient search:1||PdM:1||Perceived Quality:1||Perceptual quality:1||Performance metrices:1||Personalization:1||Power:1||Predictive Collision Avoidance:1||Predictive analysis:1||Principal component analysis:1||Privacy:1||QRS complex:1||QoS analysis:1||Quality of service:1||Quality of services:1||R TOD:1||RAM disk:1||REEDSOLOMON CODES:1||ROS:1||Ransomware:1||Rea:1||Real Time Object Detection:1||Real time:1||Real time traffics:1||Realtime OS:1||Realtime Systems:1||Realtime application:1||Realtime switch:1||Realtime switching:1||Realtime tasks:1||Recertification:1||Redundancy:1||ReedSolo:1||ReedSolomon (RS) codes:1||ReedSolomon Code:1||ReedSolomon 코드:1||Remote monitoring station:1||Removing escrow:1||Resilience:1||Robust control designs:1||Robust system design:1||Robustness:1||SIGNAL COMPRESSION:1||SSD based prefetching:1||SSD cache:1||SSD 캐싱:1||SSD기반 프리페칭:1||SYSTEM:1||SYSTEMS:1||Scalable video broadcasting:1||Scalable video coding:1||Schedulability analysis:1||Scheduling:1||Seamless services:1||Secure Shell (SSH):1||Secure deduplication:1||Secure devices:1||Selective repetition:1||SelfAuthentication:1||Semantics:1||Sensitivity:1||Sensor network:1||Sensor system:1||Sequential Forward Selection:1||Servers:1||Service latency:1||Service parameters:1||Siamese network:1||Solar energy:1||SolidState Drive:1||Spam filtering:1||Spam mail:1||Spidermine:1||Statistical tests:1||Storage server:1||Storage systems:1||Streaming Service:1||Support vector machine:1||Switching:1||Switching algorithms:1||Switching circuits:1||System architects:1||Systems analysis:1||Systems engineering:1||Task migration:1||Telemonitoring:1||Telemetering:1||Telemetering equipment:1||Test bed:1||Tiered storage:1||Timevarying wireless:1||Timing circuits:1||Timing constraints:1||Traditional assessment:1||Transport Layer Security (TLS):1||Typographical error resilience:1||UGS:1||Uninterruptable generator supply:1||VAE:1||Vehicular Communications:1||Virtual integration:1||Vulnerabilities:1||Web Prefetching:1||Web cache:1||Web prediction model:1||Web prefetching:1||Wine:1||Wine Quality:1||Wine quality:1||Wine tasting:1||Wireless systems:1||Wireless telemetry systems:1||Worstcase analysis:1||Worstcase execution time:1||Worstcase execution time analysis:1||YOLO:1||abstracting:1||abstracting algorithm:1||adversarial attack:1||analogous patient search:1||application launch performance:1||application launch time:1||attributebased encryption (ABE):1||automata:1||automatic:1||automatic feature extraction:1||avionics system design:1||beat morphology:1||binary:1||biomedical computing:1||blind repetition:1||block I/O cache:1||bmc:1||body sensor networks:1||breakpoint:1||broadcasting:1||buffering delay:1||cardiology:1||classifier:1||clearancetime optimal switching:1||clinical decision support:1||clockdriven scheduling:1||cloud storage:1||cold data:1||color clustering:1||communication system security:1||continuous wavelet transform:1||convolutional neural network:1||coverage:1||crosslayer analysis:1||data migration:1||data mining:1||decision making:1||decision support system:1||deep learning:1||diagnosis:1||disease detection:1||diseases:1||disk:1||disk read bursts detection:1||disruptiontolerant network (DTN):1||distributed file systems:1||distribution:1||drone:1||ehealth:1||ecg:1||electrocardiogram:1||electrocardiogram monitoring:1||electrocardiography monitoring:1||embedded systems:1||encryption:1||endtoend delay analysis:1||endtoend latency:1||energy conservation:1||environmental monitoring:1||error correction:1||fading channels:1||file distribution:1||forward error correction (FEC):1||general workloads:1||green IT:1||health level seven:1||heartbeat classification volume reduction:1||heartbeat detection:1||heartbeat pattern similarity ranking:1||hotpatching:1||hybrid architecture:1||hybrid dataset:1||iFetcher:1||image processing:1||imprecise computing:1||inode notify:1||instant messaging:1||integrated modular avionics (IMA):1||interleaved forward error correction (FEC):1||jitter analysis:1||knearest neighbor:1||kernel:1||kernel    module:1||keyvalue solidstate drive:1||largekey workloads:1||latent ODE:1||launch times:1||layered error protection:1||linux system:1||loading time reduction:1||loading times:1||locally weighted regression:1||logstructured mergetree:1||logical hybrid disk:1||longterm electrocardiogram data acquisition:1||machine learning:1||machinetomachine communications:1||measurement:1||medical image:1||medical imaging:1||medical information:1||medical information systems:1||medical signal detection:1||medical signal processing:1||metaanalysis:1||migration:1||mobile:1||mobile messenger:1||mobile phone:1||modelbased analysis:1||modeling:1||monitoring:1||multiauthority:1||multimedia broadcasting:1||multimedia systems:1||navigation:1||neural networks:1||nonstop service:1||notification service:1||obstructive sleep apnea:1||ontology:1||optical switch:1||packet traversal time:1||patient monitoring:1||patient ranking:1||patient typical heartbeat pattern summarisation:1||pattern   analysis:1||pattern matching:1||performance:1||performance analysis:1||personal healthcare:1||point coordination function:1||power consumption:1||predictability:1||prefetcher:1||priorityaware block interleaving:1||privacy of patients:1||proofofownership:1||proxy:1||query:1||quick application loading:1||random forests:1||readahead framework:1||realtime crossbar switch:1||realtime network switch:1||realtime pavement management:1||realtime systems:1||redfish:1||remote electrocardiography:1||remote monitoring:1||resiliency:1||revocation:1||road pavement damage detection:1||robust model:1||scalable video:1||schedulability:1||secure data retrieval:1||segmentation model:1||service reliability:1||serviceable cold storage:1||signal classification:1||similar arrhythmia patient identification:1||similar arrhythmia patient search:1||smartphone:1||sorting:1||statistical analysis:1||storage:1||storage management software:1||storage server:1||switching algorithm:1||system    call:1||system composition:1||system resilience:1||tail latency:1||telecardiology:1||telemedicine:1||testbed:1||timing analysis:1||train control:1||unequal error protection:1||userperceived latency improvement:1||variational autoencoder:1||video analysis:1||virtual integration:1||virtual output queuing:1||virtualization:1||wireless electrocardiogram:1||wireless system architecture:1||worst case time analysis:1||worstcase delay:1||worstcase execution time:1||κnearest neighbour:1||강건한 모델:1||경쟁분석(Competitive Analysis):1||광 스위치:1||내비게이션:1||데이터센터:1||도로 포장 손상 탐지:1||동영상 분석:1||듀얼채널 모델:1||램 디스크:1||레드피시(Redfish):1||로딩시간 단축:1||리드솔로몬:1||리드솔로몬 코딩:1||모니터링:1||모바일:1||모터 제어:1||범용 워크로드:1||부정맥:1||분할 모델:1||브레이크포인트:1||블루투스(bluetooth):1||비휘발성 메모리:1||사용자수준 프리페칭:1||산업구조분석(Industrial Structural Analysis):1||서비스 품질:1||성능분석:1||스마트폰:1||스케줄링:1||스케줄링 가능성:1||스케줄링(scheduling):1||스토리지:1||스토리지 서버:1||스토리지 티어링:1||스트리밍 서비스:1||스팸메일:1||스팸차단:1||시스템 콜:1||실시간 네트워크 스위치:1||실시간 도로 포장 상태 관리:1||실시간 방송:1||실시간 시스템:1||실시간 심전도 모니터링:1||실시간성(realtime):1||심박동 분류:1||알림 서비스:1||애플리케이션(application):1||에너지 효율:1||영상처리:1||오류제어:1||오토마타:1||위성항법시스템:1||유사환자 검색:1||응용프로그램 기동 시간:1||의료 영상:1||의료정보:1||의사결정지원 시스템:1||인터페이스(interface):1||임베디드 시스템:1||입출력:1||자가인증:1||자원재배치(resource relocation):1||저장장치:1||적대적 공격:1||전방향에러교정기법:1||정규표현식:1||중단점:1||지능형 자동차:1||차별성(Differentiation):1||최대 지연시간:1||축약 알고리즘:1||캐시:1||커널:1||커널모듈:1||클럭 기반 스케줄링:1||클리어런스 타임 최적 스위칭 기법:1||테스트베드:1||파일 분산배치:1||패턴 분석:1||평가실험:1||프리페쳐:1||하이브리드 디스크:1||하이브리드 에러복구:1||헬스 레벨 7:1||1dimensional convolutional neural network:1||헬스케어:1||11:1||AADL:1||ALGORITHM:1||ASIL:1||Accuracy:1||Adaptive feature extraction:1||Adaptive framework:1||Advanced encryption standard:1||Advanced encryption standard (AES) cipher:1||Adversarial training:1||Analysis:1||AntiArrhythmia Agents:1||Application launch:1||Application launch time:1||Application loading:1||Application prefetch:1||Architecture analysis:1||Architecture analysis and description language (AADL):1||Arrhythmia detection:1||Arrhythmias:1||Arrythmia classification:1||Artificial intelligence:1||Attribute based encryption:1||Authentication protocols:1||Automatic featureextraction:1||Autonomous Driving:1||Available bandwidth:1||BCMCS(Broadcast and Multicast Services):1||BED:1||BROADCAST:1||Backward and side pressure (BSP) squat:1||Bioinformatics:1||Biomedical telemetry:1||Bounded delay:1||Breakpoint:1||Broadcast and multicast services:1||Bruteforce resilience:1||CBM:1||CNC machining centers:1||Cache:1||Cache hierarchy:1||Cardiac:1||Cascaded classifiers:1||Cascading Failure:1||Cascading effects:1||Channel conditions:1||Ciphertext policy:1||Ciphertextpolicy attributebased encryptions:1||Classification:1||Clinical:1||Clinical Information:1||Clockdriven scheduling:1||Clocks:1||Cloud computing:1||Cluster Analysis:1||Cold storage:1||Computer control systems:1||Computer peripheral equipment:1||Computer science:1||Conservative modulation and coding:1||Containerbased virtualization:1||Continuous Biometric Data:1||Continuous wavelet transform:1||Control performance:1||Convolutional neural network:1||Crosslayer quality assessment:1||Crosslayer timing analysis:1||Cryptographic Network Protocols:1||Cryptography:1||Cyber physical systems:1||DESIGN TECHNIQUES:1||DMcache:1||Darknet:1||Data centers:1||Data privacy:1||Data sharing:1||

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