ScholarWorks@Soongsil University: Park, Taezoon

Detailed Information

Park, Taezoon (박태준)

College of Engineering (Department of Industrial & Information Systems Engineering)

Research Area: 인적오류, 인간-컴퓨터 상호작용, 인적 성능 모형, Human Factors, Human-Computer Interaction, Human Performance Model

Tel
Homepage

ResearcherID ORCiD Scopus Google Scholar ID ResearchGate

Keyword

Virtual reality:3||Simulator sickness:3||Patient safety:3||Humanrobot interaction:2||clinical workflow:2||Facial expression:2||Sensory conflict theory:2||Communication failure:1||Consecutivedaytimeshift:1||Creative Economy:1||Creative Employment:1||Creative Skill:1||Criteria:1||Curvature:1||Cybersickness:1||Delphi methods:1||Drug error:1||EMR user interface:1||Emotional Design:1||Emotional design:1||Emotional dimensions:1||Expertise:1||Falls:1||Feedback on training:1||Flight simulator:1||Gait pattern analysis:1||Gesture:1||Guideline:1||Halley method:1||Headmount display:1||Health policy:1||Hospital Information Systems:1||Human Robot Interaction:1||Human error:1||Human motion:1||Human perception:1||Humor:1||Invehicle surface textures:1||Infrared motion capture system:1||Internet of things:1||Interruption:1||Invoked emotion:1||Medication error:1||Mobile phone use:1||Motion cues:1||Multichannel:1||Multidegreeoffreedom motion platform:1||Multidimensional scaling:1||Musculoskeletal disease:1||NewtonRaphson method:1||Numerical method:1||Nurses:1||Observation study:1||Operating theatre:1||Optical flow:1||Patient Safety:1||Perceived emotion:1||Perceived personality:1||Positioning technology:1||Practice:1||Priority:1||Qualitative research:1||Quality improvement:1||Ray/surface intersection:1||Realtime strategic game:1||Response time:1||Review:1||Robot Motion:1||Robot gender:1||Robot motion:1||Robot personality:1||Robot receptionists:1||SSR:1||Scene movements:1||Scrub nurse:1||Second order approximation:1||Secondary task analysis:1||Selfservice checkin:1||Sense of touch:1||Serious game:1||Shape of robot:1||Ship navigation:1||Silver Robot:1||Similar drugs:1||Simulation:1||Situation awareness:1||Sleep disorder:1||Social attraction:1||Social presence:1||Social robot:1||Social robots:1||Social stereotypes:1||Task management:1||Technology acceptance model:1||Threshold:1||Unsupervised learning:1||User acceptance:1||UserComputer Interface:1||Vection:1||Visual display:1||Visual perception:1||Warning signal:1||Work load:1||Work time:1||Workflow:1||Workload:1||Workplace culture:1||accountability:1||anaesthesia:1||clinical handover preparation:1||communication breakdown:1||compliance:1||design guidelines:1||drug administration:1||electronic health record:1||guideline:1||handoff:1||handover:1||heuristics:1||information access cost:1||information retrieval:1||overconfidence:1||patient safety:1||sender/recipient ratio:1||syringe labelling:1||user interface:1||간호사:1||감성 디자인:1||낙상:1||로봇 동작:1||실버로봇:1||인간 로봇 상호작용:1||질적연구:1||Affective interaction:1||환자안전:1||Airport operations:1||Asset management:1||Asset tracking:1||Automated driving:1||Bluetooth Low Energy Beacons:1||Card sorting:1||

STATISTICS: Total View :8,171,676; Today View :5,043

RSS_1.0 RSS_2.0 ATOM_1.0

Soongsil University Library 369 Sangdo-Ro, Dongjak-Gu, Seoul, Korea (06978)02-820-0733

Certain data included herein are derived from the © Web of Science of Clarivate Analytics. All rights reserved.
You may not copy or re-distribute this material in whole or in part without the prior written consent of Clarivate Analytics.

Detailed Information

Keyword

BROWSE