CAU Scholar's Space: Lee, Jaewoo

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Lee, Jaewoo (이재우)

경영경제대학 (산업보안학과)

Research Area

Tel 02-820-5935
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schedulability analysis:6||scheduling algorithms:3||realtime systems:3||Federated Learning:3||mixedcriticality:2||system analysis and design:2||보안:2||federated learning:2||scheduling algorithm:2||MixedCriticality Systems:2||multiprocessor systems:2||Gossip Protocol:2||Security:2||processor speedup factor:2||Decentralized Learning:2||실시간 시스템:2||FIDO:2||realtime scheduling:2||연합학습:2||mixed criticality systems:2||security:2||Embedded systems:1||Entropybased Optimization:1||Flash memory:1||Garbage collection:1||Global Model Accuracy Maximization:1||Image classification:1||Imprecise computing:1||Industrial Control System:1||Industries:1||Information Security:1||Internet of Things:1||Jaccard Similarity:1||Kmeans clustering:1||Kubernetes:1||LDA Topc Modeling:1||LDA Topic Modeling:1||LDA 토픽 모델링:1||Loss Function Selection:1||Machine Learning:1||Machine learning:1||Malicious URL:1||Malware Detection Algoritm:1||Mask:1||Mixed Criticality:1||Mutual Authentication:1||Network Event:1||News Big data:1||NonIID Data:1||Object detection:1||Over Sampling:1||Particle Swarm Optimization:1||Phsing URL:1||Preprocessing defense:1||Probabilistic Analysis:1||Protocol:1||Real time systems:1||RealTime Systems:1||Realtime Systems:1||Realtime embedded systems:1||Realtime scheduling:1||Realtime systems:1||Realtime System:1||ReplayAttack:1||Republic of Korea:1||Robust detection:1||Runtime:1||STRIDE threat modeling:1||Schedulability analysis:1||Scheduling Analysis:1||Scheduling algorithm:1||Security Data Analysis:1||Storage systems:1||Switches:1||System Security:1||Task analysis:1||Threat Scoring:1||Timing:1||Topic modeling analysis:1||Trend Analysis:1||VAE:1||VGGNet:1||Vulnerability Risk:1||abstraction overhead:1||aggregation:1||bandwidthoptimal interface:1||code generation:1||componentbased design:1||componentbased system design:1||compositional scheduling:1||compositional scheduling framework:1||compostional scheduling:1||contentionfree policy:1||convolutional neural network:1||convolutional neural network (CNN):1||cyberphysical system:1||cyberphysical systems:1||earliest deadline first:1||earliest deadline zerolaxity:1||edge computing:1||embedded software:1||endtoend deadline guarantee:1||fault tolerance:1||fluid scheduling:1||formal verification:1||jitterbased mixedcriticality (JMC) scheduling:1||latent Dirichlet allocation (LDA) topic model:1||limited preemption scheduling:1||media:1||mixedcriticality systems:1||model poisoning attack:1||multiprocessor scheduling:1||particle swarm optimization:1||periodic server:1||public health communication:1||realtime multiprocessor scheduling:1||realtime software:1||supply bound function:1||system implementation:1||task migration:1||time quantum:1||timed automata:1||timing analysis:1||vaccination:1||vehicle safety:1||virtualization:1||worstcase response time:1||zerolaxity policy:1||가십 프로토콜:1||격점상세도:1||뉴스빅데이터:1||다중 중요도 시스템:1||디지털 트윈:1||마스크:1||머신러닝:1||모델 중독 공격:1||사물인터넷:1||사이버 위협 인텔리전스:1||사이버물리시스템:1||산업제어시스템:1||상호인증:1||스케줄링 분석:1||스트라이드 위협 모델링:1||시스템 위협:1||악성 URL:1||엣지 컴퓨팅:1||오버샘플링:1||위협 산출식:1||이미지 분류:1||인공지능:1||인증:1||자카드 유사도:1||재전송공격:1||정보보안:1||취약점 위험도:1||컨볼루션 신경망:1||컨테이너 오케스트레이션:1||컴포넌트시스템:1||코로나19:1||쿠버네티스:1||클라우드 네이티브:1||탈중앙학습:1||탐지모델:1||토픽 모델링 분석:1||퓨샷 러닝:1||프로토콜:1||피싱 URL:1||혼합 중요도 시스템:1||AI:1||확률적 분석:1||Adversarial attack:1||Adversarial patch defense:1||Authentication:1||Automotive engineering:1||Big data:1||CNN:1||CNN Mobile Net:1||COVID19:1||Clothing classification:1||Cloud Native:1||Cloud security:1||Component:1||Componentbased systems:1||Container Orchestration:1||Coronavirus disease 2019 (COVID19):1||Cyber Physical System:1||Cyber Threat Intelligence:1||Detection Model:1||Distributed realtime systems:1||Embedded System:1||

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