ScholarWorks@Korea University: Myung, Ro hae

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Myung, Ro hae (명노해)

College of Engineering

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Tel 1012
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ACTR:10||Ecological Interface Design (EID):6||Work Domain Analysis (WDA):5||Cognitive architecture:5||Abstraction Hierarchy (AH):5||Ecological Interface Design(EID):4||Eyetracking:4||Fitts' law:4||Information Requirements:4||EyeHand Coordination:3||Spreading Activation Theory:3||Work Domain Analysis(WDA):3||Takeover Request (TOR):3||Abstraction Hierarchy(AH):3||Takeover performance:3||Autonomous driving:3||trajectory mapping:2||Safety Monitoring System:2||Takeover Request lead time (TORlt):2||Parallel Processing:2||user interface design tool:2||Information architecture:2||Modelbased evaluation:2||cognitive architecture:2||Performance:2||Cognitive Architecture:2||Usability evaluation:2||Graphic user interface:2||Menu structure:2||ACTR cognitive architecture:2||menu system:2||Helicopter:2||Spreading activation model:2||Text entry:2||Cognitive modeling:2||mental workload:2||knowledge structure:2||Icon evaluation:2||Bottom Up:1||Realworld images:1||Visualcontrolled movement:1||Flick:1||User behavior:1||Intrusion detection:1||Drag activity:1||Human Performance Modeling:1||Cognitive Modeling:1||Mental Rotation Test(심적회전테스트):1||Redundant feedback:1||Subjective workload:1||Physiological measures:1||Takeover:1||Workload:1||SelfInterruption:1||Stabilization:1||Automation:1||Search and Rescue(SAR):1||Top Down:1||Computer forensic:1||Coordinated control:1||Spatial Ability(공간능력):1||EEG:1||multiple regression analysis:1||HickHyman law:1||cognitive model:1||Visual search strategy:1||Visual entropy:1||Autopilot:1||Time pressure effect:1||Simulation model:1||Unusual Association:1||ACTR Cognitive Architecture:1||Character input system:1||Mental workload:1||Model based evaluation:1||Visual search pattern:1||Visual attention:1||CPMGOMS:1||Information Visualization:1||GOMS Model:1||Menu Structure Design:1||task switching:1||NonDriving related tasks:1||Gaze fixation:1||Takeover time:1||takeover:1||Multiple sources of workload:1||Search and rescue:1||Saliency:1||Scenecontext:1||Human performance:1||Multiple monitor environments:1||3D pointing task:1||Movement time:1||Touch screen device:1||Korean text entry:1||Real scene image:1||Angular movement:1||Fitts' Law:1||Korean power systems:1||3D:1||작업 영역 분석(WDA):1||생태학적 인터페이스 디자인(EID):1||Forensic Data:1||Performance prediction model:1||Iconic mapping:1||public opinion:1||cross cultural difference:1||Conditionally autonomous driving:1||NonDriving related task:1||KUH1:1||Automated driving:1||emerging crash avoidance technologies:1||Ballistic behavior movement:1||Multidisplay monitors:1||GOMS model:1||Network security:1||Information visualization:1||Voltage stability:1||FACTS:1||CPF (Continuation Power Flow):1||Model Based Evaluation:1||Movement direction:1||Moblie Environment:1||Auditory icons:1||Conditionally Autonomous driving (CAD):1||Conditionally Autonomous Driving (CAD):1||automated vehicles:1||Takeover Request lead time (TORlt):1||Mathematical method:1||Visual Search Model:1||Visual search model:1||Performance prediction models:1||Foot movement time:1||CGOMSL:1||GOMS:1||요구 정보 추출:1||Taxonomy:1||Situation Awareness:1||Presence:1||Twohanded Hangul input model:1||discretionary multitasking:1||Information level:1||Altimeter:1||Time Pressure Effect:1||Eyehead coordination:1||Spherical coordinate system:1||Operator:1||Visual search:1||Humancomputerinteraction:1||Optimal power flow:1||MenuSelection Evaluation:1||안전 감시 시스템:1||ECG:1||Difficulty:1||EyeTracking:1||Hofstede's 6D model:1||Personal driving tendency:1||Trust in automation:1||cognitive modeling:1||Positive Affect:1||Declarative Knowledge:1||Gaze control model:1||Hybrid evaluation:1||driver’s workload:1||modelbased evaluation:1||Focus+Context:1||Unusual Attitude Recovery(이상자세회복):1||Asymmetric:1||FOG:1||factor analysis:1||online survey:1||Automationinduced complacency:1||

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