ScholarWorks@Hanyang University: Kwon, Taesoo

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Kwon, Taesoo (권태수)

COLLEGE OF ENGINEERING (SCHOOL OF COMPUTER SCIENCE)

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Tel 02-2220-2378
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Character animation:3||computer graphics:2||reinforcement learning:2||강화학습:2||human motion:2||animation:2||animation systems:2||physicsbased simulation:2||GAN:2||Animation:2||Categories and Subject Descriptors (according to ACM CCS):1||Character Animation:1||Combination of linear models:1||Computer animation:1||Crowd Animation:1||DataDriven Animation:1||Datadriven animation:1||Databases:1||Deep reinforcement learning:1||Experimentation:1||Feature extraction:1||Games:1||Graph Neural Network:1||Heuristic algorithms:1||Human Factors:1||Human Motion:1||Human computer interaction (HCI):1||Humancentered computing:1||Humanhuman interaction:1||Humanrobot interaction:1||Humanoid robot:1||I.3.7 [Computer Graphics]:  ThreeDimensional Graphics and Realism?Animation:1||Iguana simulation:1||Image edge detection:1||Interaction paradigms:1||Interactive Editing:1||Inverse kinematics:1||Joint attention:1||Kinect:1||LBM:1||Lattice Boltzmann method:1||Licenses:1||Lithiumion battery:1||Measurement:1||Mixed / augmented reality:1||Motion capture:1||Motion capture and reuse:1||Motion capture data:1||Motion clustering:1||Musculoskeletal System:1||PD servo:1||Parameter estimator:1||Path planning:1||Periodic structures:1||Physically Based Simulation:1||Physicsbased:1||Physicsbased Simulation:1||Physicsbased method:1||Physicsbased simulation:1||RGBD data:1||Ranking algorithm:1||Reinforcement Learning:1||Retrieval:1||Search problems:1||Simulation:1||Skeleton:1||Skinning Weight:1||Social cognition:1||Stick figure:1||Virtual Reality:1||Visualization:1||accelerated IK solver:1||adaptive motion tracking:1||animation w:1||animation with constraints:1||blackandwhite image:1||centroidal dynamics model (CDM):1||character animation:1||collision handling:1||computational geometry:1||computer graphics applications:1||constraints:1||examplebased animation:1||fluid simulation:1||generative models:1||grayscale image:1||hybridbased character animation:1||image processing:1||interactive editing:1||interactive pathfollowing:1||inverse kinematics:1||linear blend skinning:1||markerless tracking:1||mesh deformation:1||metabolic energy:1||model deformation:1||motion capture and reuse:1||motion controller:1||motion graph:1||motion imitation:1||motion matching:1||motion planning:1||motion retargeting:1||motion style transfer:1||musculoskeletal model:1||neuroscienceinspired:1||nonphotorealistic rendering:1||object manipulation:1||object modeling:1||object tracking:1||online motion synthesis:1||painting system:1||path optimization:1||performancebased animation:1||physics simulation:1||physicsbased character animation:1||physicsbased modeling:1||popularly distributed motion capture devices:1||realtime interactive animation:1||reference motion tracking:1||rigid body simulation:1||rigidbody simulation:1||singlerigidbody simulation:1||softbody deformation:1||softbody simulation:1||state representation:1||style autoencoder:1||terrain adaptation:1||topological editing:1||trajectory search:1||triangular meshed model:1||twolegged walking:1||variational autoencoder:1||vehicle simulation:1||velocity integrate:1||virtual reality:1||watercolour painting:1||가속화된 IK 풀이:1||그래프 신경망:1||근골격 모델:1||리깅 자동화:1||메타볼릭 에너지:1||모델 변형:1||모션 모방:1||모션 스타일 이전:1||무마커 트래킹:1||물리 시뮬레이션:1||물리기반 시뮬레이션:1||변형 자동 인코더:1||보급형 모션 캡처 장비:1||삼각메쉬모델:1||상태 표현:1||생성적인 모델:1||선형 블랜드 스키닝:1||속도 적분:1||스키닝 웨이트:1||스타일 자동 인코더:1||실시간 상호작용 애니메이션:1||심층강화학습:1||예제 기반 애니메이션:1||이족보행:1||참조 동작 추적:1||캐릭터 애니메이션:1||3D Animation:1||키넥트:1||3D graphics:1||3D애니메이션:1||ASCII arts:1||Art:1||Augmented Reality:1||Automatic Rigging:1||Battery management system:1||Battery model:1||Bipedal Locomotion:1||

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