ScholarWorks@Korea University: HAN, JUNG HYUN

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HAN, JUNG HYUN (한정현)

Graduate School (Department of Computer Science and Engineering)

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Tel 02-3290-3207
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Augmented reality:3||Threedimensional displays:3||GPU:3||optimization:3||fluid simulation:3||CCS Concepts:3||Inspection:2||I:2||inversion:2||Magnetic fields and forces:2||user interface:2||Virtual reality:2||elasticity:2||Terrain rendering:2||GPU tessellation:2||physicallybased simulation:2||realtime rendering:2||• Computing methodologies → Physical simulation:2||motion tracking:2||Humancomputer interaction:2||object manipulation:2||character animation:2||Artificial:1||and virtual realities:1||humancomputer interaction:1||User safety:1||Numerical calculation of magnetic field:1||Nonuniform magnetization:1||mobile smart devices:1||painterly effect:1||dimensional reduction:1||reduced gravity:1||simulation:1||Global illumination:1||contraction flow:1||Deborah number:1||visibility:1||elastic body simulation:1||Realtime systems:1||3D human pose estimation:1||Pins:1||Task analysis:1||augmented:1||user interfaces:1||Discrepancy check:1||Procedural noise:1||scaled jump:1||Realtime:1||3:1||diffusion:1||Displacement mapping:1||displacement mapping:1||Imagebased algorithm:1||elastic instability:1||situationaware middleware:1||motion capture:1||constrained optimization:1||Transformers:1||augmented reality:1||flow visualization:1||Color:1||normal map filtering:1||detection thresholds:1||science education:1||Dimension Reduction:1||Categories and Subject Descriptors (according to ACM CCS):1||6:1||Iron filings:1||absorption:1||map building:1||Leonov model:1||Soft shadow algorithm:1||RFID:1||object identification:1||Virtual reality sickness:1||realtime simulation:1||Pose estimation:1||Solid modeling:1||pose matching:1||pipe:1||Building information management:1||building information modeling:1||Image edge detection:1||normal distribution function:1||interactive morphing:1||Feature preservation:1||Inverted Pendulum Model:1||muddy water:1||8 [Simulation and Modeling]: Types of SimulationAnimation:1||Hardware accelerated rendering:1||edutainment:1||realtime collision detection:1||deformable object:1||motion planning:1||가상현실 멀미:1||Energymomentum conservation:1||NonEuclidean space:1||Computational modeling:1||Indoor environment:1||Virtual environments:1||Rails:1||interaction styles:1||SLAM:1||rigid body dynamics:1||Procedural texturing:1||Texture analysis:1||visual gain:1||SPH:1||7 [Computer Graphics]: ThreeDimensional Graphics and RealismAnimation:1||Digital artistic tool:1||skinning animation:1||Image processing:1||conflict resolution:1||Abuffer:1||accessibility:1||workspace modeling:1||Keywords: Virtual reality:1||pose correction:1||camera tracking:1||instance segmentation:1||streamlines:1||. Computing methodologies > Neural networks:1||magnetization:1||liquid jets:1||thin features:1||serious games:1||Elementary school science subjects:1||Interactive Locomotion Controller:1||dual quaternion skinning:1||homeservice robot:1||Indirect lighting:1||arcade video game:1||RGBD:1||Visualization:1||Bars:1||interactive controller:1||Virtual experiment:1||Animation:1||Geometry image:1||Tessellation:1||tessellation:1||finite element:1||Digital board game:1||parametric motion synthesis:1||spatial reasoning:1||service robot:1||multiresolution modeling:1||projective dynamics:1||Hypergraphics:1||Midair manipulation:1||Cameras:1||Mixed reality:1||Noise by example:1||Magnetic field visualization:1||Height map:1||linear blend skinning:1||shell simulation:1||tearing:1||octree:1||viscoelastic flow:1||Realtime shadowing:1||Crossplatform game:1||motion blending:1||graphics hardware:1||가상현실:1||deformable objects simulation:1||Mobile handsets:1||3D reconstruction:1||

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