ScholarWorks@Hanyang University ERICA Campus: KIM, JUNG YONG

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KIM, JUNG YONG (김정룡)

COLLEGE OF COMPUTING (SCHOOL OF MEDIA, CULTURE, AND DESIGN TECHNOLOGY)

Research Area: 인간공학, 생체역학, 수리심리

Tel 031-400-5266
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EMG:10||Electromyography:7||Psychophysiology:5||Fatigue:5||EEG:5||Stationarity:3||Lifting/Lowering:3||Heart rate variability:3||Mobile phone:3||Legibility:3||Game addiction:3||Muscle Fatigue:2||Asymmetry:2||Game contents:2||Sensitive parameters:2||Lifting:2||Shoulder:2||Musculoskeletal disorders:2||Negative binomial regression:2||Electroencephalogram:2||Glare:2||Biosignal:2||Spine:2||Addiction:2||Halogen:2||Driver:2||ECG:2||Head surface pressure:2||Trunk muscles:2||Headlamp:2||Eyetracker:2||Usability:2||User Experience:2||Beta Wave:2||생체신호:2||Visual response:2||Design Driver:2||muscle:2||Mobile Phone:2||Quantitative diagnosis:2||RPE:2||Cervical stability:2||Workload:2||Recognition response time:2||Recovery time:2||Refresh rate:2||Rehabilitation:2||ASMR:2||Flow experience:2||psychophysiology:2||Human Factor:2||Elderly People:2||Flow state scale:2||Road sign:2||Emotional stability:1||Ergonomics design:1||Eye fatigue:1||FPS:1||Fatigue Modeling:1||Fatiguing pattern:1||Fatiguing rate:1||Flow:1||Flow level:1||Game Flow:1||Gayageum:1||HID:1||HID(High Intensity Discharge):1||HRV parameter:1||Hand tool:1||Handpiece:1||Handson tool:1||Headlamps:1||Heel rest:1||High Intensity Discharge:1||Highway construction:1||Highway driving:1||Highway speed Limit:1||Hip support:1||Houlder injury:1||Human error:1||Human performance:1||Information Technology Products:1||LED:1||League of Legends:1||Light source:1||Local muscle fatigue:1||Logistic Regression:1||Logistic regression model:1||Low Back Pain:1||Low back pain:1||Lowback pain:1||Lumbar Lordosis:1||Luminance measurement:1||MMORPG:1||MP3:1||MVC:1||Mattress selection:1||Maximum Voluntary Contraction:1||Mental workload:1||Mission assembly:1||Modified Reverse Arrangements Test:1||Modified reverse arrangements test:1||Motion:1||Motion analysis:1||Moving TriSeat Pan:1||MultiCentered Usability Evaluation Method(MCUEM):1||Multidimensional space:1||Muscle fatigue:1||Muscle force:1||Muscle tension:1||Musclespecific intervention:1||Musculoskeletal Disorders:1||Nighttime driving:1||Noise:1||Normalized median power frequency:1||Normative range:1||PERCLOS:1||Pakistan:1||Paperbook:1||Peak body pressure:1||Pelvis:1||Pelvis Rotation:1||Physical relaxation:1||Postural stability:1||Posture:1||Prevalence:1||Psychophysiological variables:1||Pupil size:1||Push Button:1||Quantification type I method:1||Rating of Perceived Exertion:1||Rating of perceived exertion:1||Recovery Time:1||Relaxation:1||Reliability:1||Resizing:1||Reverse Arrangements Test:1||Reverse arrangements test:1||Runs test:1||SPM(SpinePelvis Monitor):1||Saccade duration:1||Samul instrument:1||Scaffold:1||Shape design:1||Shoulder abduction:1||Simulator:1||Size Korea:1||Smartphone:1||Spandex underwear:1||Spectral analysis:1||Spine Stability:1||Stress:1||String Instrument:1||String instrument:1||Target:1||Thumb rest:1||Traditional Korean instruments:1||UI/UX:1||Universal Design:1||Using Practices:1||VDT chair:1||Visibility:1||Wearable mobile sensing system:1||Wheel Navigation Key(WNK):1||Whole Body Fatigue:1||Wind instrument:1||Window Size:1||Work Capacity:1||Work Design:1||Workrelated musculoskeletal disorders:1||age:1||ageing:1||anthropometry:1||assessment:1||autoregressive model coefficient:1||backoff algorithm:1||behavioral modeling:1||body mattress compatibility:1||computer gaming:1||construction:1||construction industry:1||crossing phenomenon:1||desk and chair:1||detection distance:1||distributed coordination function:1||driver:1||ebook:1||electromyography:1||ergonomics process:1||exercise:1||eye tracker:1||fall:1||fatigue:1||game:1||game addiction:1||hand tool:1||headlamp:1||heel rest:1||in game:1||injury:1||internet gaming disorder:1||key brain region:1||legibility:1||lifting/lowering:1||logistic regression:1||low back pain:1||lumbar action meter (LAM):1||lumbar stability:1||mattress selection:1||mean power frequency:1||median frequency:1||mental demand:1||mobile game addiction:1||multinational comparison:1||muscle fatigue:1||musculoskeletal disorders:1||nighttime traffic safety:1||old workers:1||paper book:1||perception of safety:1||physical and psychological comfort:1||physiology of addiction:1||postural stability:1||pressure distribution:1||principal component analysis:1||priority:1||psychological factors:1||quality of service:1||recovery time:1||relaxation:1||root mean square:1||safe driving:1||sensitivity:1||showroom:1||sleep induction:1||specificity:1||spinepelvis coordination:1||squats:1||statistical process:1||strength:1||stress response:1||structural equation modeling:1||survey methodology:1||symmetric lifting:1||tactile:1||trunk muscle:1||usability:1||user experience:1||visibility:1||walking directions:1||whole body fatigue:1||wireless LAN:1||young workers:1||zero crossing rate:1||급제동:1||뇌파:1||도로위험도:1||매트리스:1||모의 운전 실험:1||반응 시간:1||보조 발판:1||생체 신호:1||설계운전자:1||수면:1||심리생리적 지표:1||우측보행:1||운전자:1||인간공학:1||정규성분석:1||주관적 만족도:1||주행 안전:1||3D human modeling:1||휴먼팩터:1||3D contents:1||A triseat pan:1||Accident prevention:1||Accuracy:1||Affective:1||Age:1||Age Groups:1||Air purifier:1||Ankle joint:1||Automissionassembly plant workers:1||Autoworker:1||Back and hip muscle:1||Background Music:1||Biosignals:1||Biomechanics:1||Blink duration:1||Blink rate:1||Borg scale:1||Buckwheat shell pillow:1||Buttocks:1||CTDs:1||Cardiovascular stress:1||Chair Design:1||Children:1||Classification of IGD:1||Cluster분석:1||CoContraction:1||Cognitive Ability:1||Cognitive Areas:1||Cognitive ability:1||Color temperature:1||Construction scaffold:1||Demand/Effort모형:1||Design Factors:1||Detection distance:1||Diablo3:1||Discomfort:1||Display movement:1||Driver Reaction:1||Drivers:1||Driver’s state:1||Driving:1||Driving comfort:1||Driving performance:1||Drowsiness:1||Ebook:1||EEG analysis:1||EEG data:1||EEG parameter:1||Ecofriendly pillow:1||Elderly people:1||Electroencephalography:1||Electromyographic signal:1||

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