ScholarWorks@Hanyang University ERICA Campus: Shin, Dong min

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Shin, Dong min (신동민)

ERICA 공학대학 (DEPARTMENT OF INDUSTRIAL & MANAGEMENT ENGINEERING)

Research Area: 스마트제조, 인간기계시스템, Smart Manufacturng, Human-Machine Systems

Tel 031-400-5268
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Finite State Automata:4||Affordance:4||EEG:3||지지기반벡터:3||Support vector machine:3||kinematic analysis:2||Unmanned aerial vehicle:2||rulebased resolution:2||User context:2||conflict detection:2||conflict resolution:2||Markov Decision Process:2||Mean value analysis:2||human errors:2||stewart platform:2||human material handler:2||supply chain management:2||IPbased network:2||Finite state automata:2||Hidden Markov Model(HMM):2||전투 로그:2||BCI:2||Attention:2||parallel mechanism:2||Formalism:2||performance measurement:2||Composite service:2||and service interaction:2||UAV:2||batch size:2||Shop floor control:2||Discrete Principal Component Analysis (dPCA):2||closedform position solution:2||finite state automata:2||reinforcement learning:2||Electroencephalograph:2||Composite Service:1||Computational Complexity:1||Concentration recovery:1||Conflicts detection:1||Constrained attributesweighting clustering algorithm:1||Content delivery:1||ContextAware Computing Environment:1||Controllable lead time:1||Cost effectiveness:1||Cost of quality:1||Cumulative sum algorithm:1||DESIGN:1||Datadriven process control:1||Decision making:1||Design strategies:1||Desirability Functions:1||Differentiated services:1||Diversity:1||EEGsignal:1||ENGAGEMENT:1||ERP customization:1||Effective edge:1||Emergent collaboration:1||Evacuation simulation:1||FMS:1||FORMAL MODEL:1||FREQUENCY:1||Feature type clustering:1||Figher Pilot Modeling:1||Fighter pilot:1||Finite State Automaton:1||Formal Model:1||Formal model:1||Fuzzy control technique:1||Generalized fuzzy graphs:1||Genetic algorithms:1||Graph Neural Network:1||Graphical user interface:1||Ground Control Framework:1||Healthcare services:1||Hidden Markov model:1||Human Material handling tasksimulation framework:1||Human Motion Classification:1||Human computer interaction:1||Human interaction:1||Humancentered ubiquitous environment:1||Humanmachine cooperative system:1||Hybrid Sequence Kernel(혼합 시퀀스커널):1||INTERFACES:1||Idle screens:1||Inattention detection:1||Inference algorithms:1||Information recency:1||Interaction:1||Inventory:1||Kmeans algorithm:1||Key Performance Indicators(KPIs):1||LEVEL:1||Learning (artificial intelligence):1||Light:1||MANUFACTURING SYSTEMS:1||MPSG:1||Machine Learning:1||Machine learning:1||Manufacturing Collaboration:1||Manufacturing Software:1||Manufacturing Solution:1||Manufacturing collaboration:1||Manufacturing systems:1||Matrix:1||Medical Emergency System:1||Modeling and Simulation (M&S):1||Multimodal contents:1||NonKinetic Behavior Modeling(비동적 행위 모델링):1||Ontology:1||Open supply chain:1||Optimal Behavior:1||Optimization methods:1||PERFORMANCE:1||Parallel Composition:1||Perceived security:1||Performance Measure:1||Performance isolation:1||Pilots(조종사):1||Plug and Play Platform:1||Process variability prediction:1||Product quality data:1||Product/process variability:1||Prospect theory:1||Quality assurance:1||Quality control:1||Queueing network:1||Queueing theory:1||RSS feed:1||Realtime systems:1||Recommender System:1||Regular graphs:1||Relevance:1||Resolution:1||Risk Assessment of Posture:1||SCOR:1||SCOR 모형:1||SIGNALS:1||SPEECH RECOGNITION:1||SVM:1||Semantic web:1||Semisupervised method:1||Serendipity:1||Service Composition:1||Service Development:1||Service Improvement:1||Service Laboratory:1||Service Operation:1||Service Process Modeling:1||Service Prototype:1||Service Quality:1||Service R&D:1||Service Scene:1||Service System:1||Service usages:1||Services Innovation:1||Shop floor Control:1||Simulation:1||Smart manufacturing:1||Smartphones:1||Software reusability:1||Sound:1||Space exploration:1||Statistical learning method:1||Supervisory Control Theory:1||Support Vector Machines(지지기반벡터):1||System state prediction:1||Task Load Index:1||Task analysis:1||Traffic Regulation:1||Ubiquitous service system:1||Unmanned Aerial Vehicle:1||Unmanned Combat Aerial Vehicle:1||VIGILANCE:1||Verification and Validation (V&V):1||Vibration:1||Virtual Reality:1||Virtual Service Testing:1||WORKINGMEMORY:1||WSECA rule management system:1||Web Platform:1||Wiki:1||Workflow management:1||affordance:1||affordances:1||analytical tool:1||available to promise:1||behavior inference:1||blog post search:1||collaborative key performance indicators:1||communicating finite state machine:1||complexity:1||costquality tradeoff:1||deadlock:1||deep learning:1||defect diagnosis:1||design structure matrix (DSM):1||desk and chair:1||device cooordination:1||digital video imagery:1||disposal cost:1||distributed computing systems:1||distribution free approach:1||dynamic conflic:1||dynamic conflict:1||dynamic programming:1||dynamic task allocation:1||effectiveness analysis:1||equipment data analysis:1||ergonomics process:1||eventdriven coordination:1||formal methods:1||formal model:1||formalism:1||functional specification:1||graphical model:1||hand tool:1||heterogeneous communication device:1||hierarchical support vector machine:1||human factors:1||human operator:1||human supervisory control:1||humanautomation interaction:1||humaninvolved manufacturing system:1||humanmachine interaction:1||humanmachine systems:1||hybrid sequence kernel:1||image processing:1||imperfect items:1||incident wave angle:1||information object:1||information processing model:1||information states:1||inspection:1||integrated modeling method:1||integration framework:1||intelligent manufacturing systems:1||lead time crashing cost:1||learning to rank:1||livelock:1||log data analysis:1||maketoorder policy:1||manufacturing collaboration:1||manufacturing scheduling:1||manufacturing system:1||material resource planning:1||matrix factorization:1||messagebased modeling:1||mobile device:1||multifeatured product:1||multisource data fusion:1||multistep application:1||neural network:1||objectprocess methodology:1||partially shuffled time series:1||prevention protocol:1||probabilistic process:1||process variability:1||product family:1||product platform:1||quality function deployment (QFD):1||ranking:1||rational ignorance:1||remote sensing:1||resource coallocation:1||rework:1||service level constraint:1||service preference:1||shop floor control system:1||sigmoid function:1||simulation log data:1||situationbehavior matrix:1||small and mediumsized enterprise:1||software development:1||stochastic deviation:1||surf zone:1||survey analys:1||time series classification (TSC):1||tolerance stacking:1||tradecredit financing:1||transportation discounts:1||twofolded desirability function:1||ubiquitous convergence:1||ubiquitous environment:1||ubiquitous web service:1||universal subscriber identify module:1||unmanned combat aerial vehicle:1||unmanned vehicle:1||user experience:1||user priority:1||variable transportation cost:1||variablelength time series:1||wave crest:1||wayfinding:1||web 2.0:1||web application:1||wseca framework:1||wseca working framework:1||뇌전도:1||동작분류:1||디지털 비디오 이미지:1||만족도 함수:1||머신러닝:1||무인기:1||무인전투기:1||무인항공기:1||사례 기반 추론:1||쇄파지역:1||시뮬레이션:1||원격측정:1||위험 자세 평가:1||이미지처리:1||입사각:1||전투기 조종사:1||전투기 조종사 모델링:1||제조협업:1||지상 통제 프레임워크:1||집중:1||집중도:1||최적 행위:1||통계적 학습 기법:1||파봉:1||핵심성과지표(KPI):1||ALERTNESS:1||행위 생성:1||ALGORITHM:1||AUTOMATION:1||Action Constraint:1||Adhoc collaboration:1||Adaptive ERP:1||Adaptive automation:1||Adaptive batch size:1||Adaptive systems:1||Affordance Theory:1||Agentbased simulation:1||Aircraft status feature:1||Alerting system:1||Analytical Tool:1||Analytical model:1||Attention recovery:1||Automated manufacturing System (AMS):1||Automation:1||BEHAVIOR:1||BRAINCOMPUTER INTERFACES:1||Batch size:1||Behavior generation:1||Behavior optimization:1||Benefit segmentation:1||Biological signal:1||Brain computer interaction:1||CLASSIFICATION:1||CaseBased Reasoning:1||Clustering algorithms:1||Collaborative workflows:1||Colored Petri Net:1||Combat Log:1||Combat Logs:1||Combat Logs(전투 로그):1||Community Computing:1||Complete graphs:1||

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55 Hanyangdeahak-ro, Sangnok-gu, Ansan, Gyeonggi-do, 15588, Korea+82-31-400-4269 sweetbrain@hanyang.ac.kr

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