ScholarWorks@Kumoh: LEE, Hyunsoo

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LEE, Hyunsoo (이현수)

College of Engineering (Department of Industrial Engineering)

Research Area: 인공지능, 비선형 최적화, 디지털 생산시스템, AI, Non-Linear optimization, Digital Manufacturing System

Tel +82-54-478-7661
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딥러닝:4||Smart Factory:4||Hybrid deep learning:3||Deep learning:3||Deep Learning:3||생성적 적대 신경망:3||Quantum mechanics:3||hybrid deep learning:2||소상공인 창업:2||Nonlinear Support Vector Machine:2||컨볼루션 신경망:2||스마트 팩토리:2||Fault Detection and Classification:2||국가종합전자조달시스템:2||Petri net:2||Spatial graph:2||MES:2||Big Data:2||나라장터 시스템:2||metaheuristics:2||Startup for Microenterprise:2||비선형 서포트 벡터 머신:2||GePS System:2||Digital twin:2||PLC:2||Collaborative robot:2||particulate matter:2||KONEPS:2||AI:2||Attention Mechanism:2||reinforcement learning:2||Cognitive Trust:1||Comparison Analysis:1||Compatibility:1||Compatibilityoriented gesture:1||Concrete Crack:1||Consulting Service:1||Consulting Service Quality:1||Contactless delivery:1||Contactless interface:1||Convolution Neural Network:1||Convolutional Neural Network:1||Convolutional autoencoder:1||Convolutional encoderdecoder:1||Copula:1||Corporate Social Responsibility(CSR):1||Corporate Value:1||Crowdedness:1||Crowdedness Estimation:1||Cyber Physical System:1||Cyberphysical system (CPS):1||DEA(Data Envelopment Analysis):1||Data Defect Prediction:1||Data Mining:1||Data mining:1||Dayahead scheduling:1||Decentralized Decision Making:1||Decisions:1||Deep belief network based deep learning (DBNDL):1||Deep learningbased encoder:1||Delay discomfort of consumer:1||Demand Forecasting:1||Dependency Structure:1||Design parameters:1||DevicetoDevice Protocol:1||Discrete Event Simulation:1||Discreteevent Simulation:1||Dynamic Parameter Learning:1||Dynamic Scheduling:1||EM 알고리즘:1||Emotional Trust:1||Engineering Degrees:1||Epidemic Disease Modeling:1||Evacuation Framework:1||Expectation and Maximization:1||Failure prediction:1||Fault detect classification (FDC):1||Feedback:1||Fuzzy Nonlinear Control:1||Game Theory:1||Gaussian Process Regression:1||Gaussian Process Regression (GPR):1||Gaussian mixture model (GMM):1||Gaussian process regression:1||GaussianBernoulli restricted Boltzmann machine (GBRBM):1||Generative Adversarial Network:1||Generative Adversary Network:1||Generative adversarial network:1||Genetic Algorithm:1||Govermentled Education Reform Policies:1||Government policy fund:1||Handycon:1||Haptic emotion map:1||Harmony Search:1||Heavy Tail Distribution:1||Heavy traffic locations:1||Hepatitis A:1||Heuristic Algorithm:1||Histogram of Gradient:1||Human  Artificial Intelligence Interaction:1||Human Computer Interaction:1||Human Resources:1||Image Denoising:1||Imitation learning:1||InDepth Interview:1||Industrial Internet of Things (IIoT):1||Industrial engineering:1||Ingredient estimation:1||Innovative Performance:1||Integrated Vendorbuyer Model:1||Internet of Things (IoT):1||Interval Type 2 Fuzzy Logic System:1||Inventory:1||Inventory Control Policy:1||Ito Integral:1||Ito lemma:1||Kansei engineering approach:1||Kernel Function:1||Long Short Term Memory:1||Long ShortTerm Memory:1||Management Support:1||Manufacturing Data Imbalance:1||Manufacturing IoT Framework:1||Manufacturing layout design:1||Manufacturing process modeling:1||Manufacturing simulation:1||Marketing Mix:1||Marketing Strategy:1||Maximum Likelihood Estimator:1||Memetic algorithm:1||Metaheuristics:1||Microenterprise Government Policy:1||Missing Value Estimation:1||Missing Value Estimation and Interpolation:1||Missing data estimation:1||Missing value estimation:1||Model Collapsing:1||Moderating Effect:1||Modified Attentionbased LSTM:1||MonteCarlo based sample average approximation method:1||Multaigents:1||Multimodal GaussianBernoulli restricted Boltzmann machine (MGBRBM):1||Multistream data:1||Multistream deep learning:1||Nanocluster analysis:1||Nanoparticle structure analysis:1||Nanoparticle structure estimation:1||Nanoparticles:1||NearFuture Forecasting:1||Network routing generation:1||Networkbased Compartment Model:1||New Business Startup Academy:1||Nonlinear Support Vector Machine:1||Nonparametric Analysis:1||Nutrient estimation:1||Object detection:1||Occlusion analysis:1||Option Selection:1||Ordinary Differential Equation:1||PDPLS:1||Parallel algorithm:1||Parameter Estimation:1||Particle image analysis:1||Particulate matter:1||Path planning:1||Pattern Classification.:1||Payment System:1||Peak to Signal Noise Ratio:1||Pheromone prediction:1||Photoelasticity:1||Physicsinformed neural network (PINN):1||Pontryagin&apos:1||Power demand prediction:1||Price Elasticity of Demand:1||Proactive Personality:1||Procurement Laws:1||Productivity of Added Value:1||Public Procurements:1||Purchasing Process:1||Quantum Mechanics:1||Quantum Mechanism:1||Questionnaire Survey:1||Real time pricing:1||Realtime simulation:1||Realvalued input data:1||Recognition Analysis:1||Recurrent Neural Networks:1||Reinforcement Learning:1||Remanufacturing:1||Robotic Arm Control:1||SCM(Supply Chain Management):1||STEM:1||Scanning electron microscopy:1||Selforganizing map:1||Semantic association:1||Semiconductor Manufacturing Process Big Data:1||Semiconductor manufacturing:1||Sketch recognition:1||Smart grid:1||Startup Education:1||Startup Support Fund:1||Startup Polices of Government:1||Steel Plates Faults Classification:1||Stochastic network:1||Stochastic nonlinear Programming:1||Stochastic queueing network:1||Strategy Map:1||Sudden demand handling:1||Supply Chain Network:1||Support Vector Machine:1||Sustainability:1||TVOC:1||Technologists:1||Technology based Startup:1||Teleoperation framework:1||Timestaged image prediction:1||Type 2 Fuzz yNumber:1||User Experience and Analysis:1||Vehicle Routing Problem:1||Vibrotactile signals:1||Virtual manufacturing:1||Warehouse Sizing:1||Wireless Communication and Protocol:1||adaptive algorithm:1||adaptive human evaluation:1||air pressure system:1||anthropometric data:1||cloud environment:1||competitive network agent:1||deep learning:1||demand uncertainty:1||diarrhea:1||discrete pheromone convolution:1||downstream manufacturing:1||dynamic competing network:1||dynamic epidemiology:1||dynamic network topology:1||dynamically changes networks:1||epidemic modeling:1||ergonomic analysis:1||formaldehyde:1||generative adversarial network:1||genetic algorithm:1||geographic information system:1||human factor engineering:1||human mobility:1||humanmachineagent interaction:1||hybrid CNNLSTM:1||hybrid metaheuristics:1||indoor air quality:1||indoor subway station:1||industrial big data:1||infection processbased dynamic control:1||joint cooperation in upstream:1||logistics centers location:1||memetic algorithm:1||metapopulation model:1||missing data generation:1||multidirectional and parallel ant colony optimization(MACO):1||multiple disease carriers:1||ndustrial Engineering:1||nuclear plant operation:1||parallel processing:1||particle swarm optimization:1||phytoremediate:1||railway vehicle:1||recycling investment strategy:1||s maximum principle:1||simulationbased optimization:1||spatial analysis:1||stochastic control:1||stochastic gradient descent:1||train running safety:1||ventilation control:1||vibration analysis:1||virtual reality model:1||강판 품질 진단:1||강화학습:1||개미 군집화 알고리즘:1||게임 이론:1||결제절차:1||결측치 추정:1||결측치 추정 및 보정:1||결함 진단 및 분류:1||경영층 지원:1||경영혁신:1||계층적 분석:1||고장 예측:1||공간 그래프:1||공공조달:1||공급 사슬 네트웍:1||공급사슬관리:1||공정이상 진단:1||교육:1||구간 타입 2 퍼지 로직 시스템:1||구매 프로세스:1||기기간 통신:1||기술기반 창업:1||기업가치:1||나노 입자 구조 분석:1||네트워크 경로 산출:1||네트워크 기반 구획 모델:1||뇌컴퓨터 인터페이스:1||다방향 병렬 개미 군집화:1||다이나믹 파라미터 학습:1||데이터 결측치 추정:1||데이터 마이닝:1||로봇 팔 제어:1||마케팅믹스:1||마케팅전략:1||멀티 에이전트:1||멀티스트림 데이터:1||메타 휴리스틱:1||모델 붕괴:1||무선통신 프로토콜:1||반도체 제조:1||반도체 제조 공정 빅데이터:1||방향 히스토그램:1||배려:1||베이지안 네트워크:1||변화수용력:1||병렬 처리 알고리즘:1||부가가치생산성:1||분산 의사결정:1||불균형 제조 데이터:1||브랜드충성도:1||비모수분석:1||비선형 Support Vector Machine:1||사양선택:1||사용자 경험 및 분석:1||사이버 물리 시스템:1||사회공헌활동:1||산업폐수 처리:1||상관 구조:1||상미분 방정식:1||서포트 벡터 머신:1||성과균형표:1||성능비교 분석:1||성분분석:1||소상공인 정부 정책:1||수요 예측:1||순환 신경망:1||신뢰:1||신사업 창업 사관학교:1||신호대 잡음비:1||양자역학:1||오토 인코더:1||오토인코더:1||이미지 노이지 제거:1||이산 시간 시뮬레이션:1||인간지능형 제품 인터페이스:1||인간컴퓨터 인터페이스:1||인과 분석:1||인지기반 신뢰:1||자료포락법:1||자산활용성:1||전략맵:1||전력수요 예측:1||전염병 전파 모델링:1||정부 창업정책:1||정서기반 신뢰:1||정책자금:1||제조 IoT:1||제조 데이터 결함 예측:1||조달법규:1||조절효과:1||주도성:1||창업 지원 펀드:1||최대우도추정:1||커널 함수:1||컨설팅 서비스:1||컨설팅 서비스품질:1||코플라:1||콘크리트 크랙:1||퀀텀 메커닉스:1||클러스터 분석:1||타입 2 퍼지 수:1||탈출 혼잡도:1||탈출경로 산출:1||파라미터 추정:1||패턴 분류기:1||피드백:1||하모니 서치:1||하이브리드 딥러닝:1||헤비 테일 분포:1||혁신성과:1||현금유동성:1||16S rRNA sequencing:1||혼잡도 추정:1||AHP:1||Ambiguous Type Uncertainty:1||Ant Colony Optimization:1||Ant colony optimization (ACO):1||Antibiotic resistance:1||Asset Utilization:1||Augmented reality:1||Auto Regressive Integrated Moving Average:1||Auto encoder:1||Autoencoder:1||A형 간염:1||BSC:1||Bacterial abundance:1||Bayesian Network:1||Benevolence:1||Bezier curvebased smooth pose mapping:1||Biological wastewater treatment:1||Biological wastewater treatment (BWWT):1||Brain Computer Interface:1||Brand Loyalty:1||Business Innovation:1||CO2:1||COVID19:1||Cash Flow:1||Casual Analysis:1||Centroidtocontour distance analysis:1||Change Receptive Capacity:1||Classificationoriented gesture:1||Closed loop Supply Chain Management:1||Cloud computing:1||

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