권태수 프로필 사진

권태수

Kwon, Taesoo

공과대학

컴퓨터소프트웨어학부

Scopus ORCID

연구분야

  • 컴퓨터그래픽스

자료 필터

자료유형

발행연도

2014 ~ 2026
2014 2026

키워드

언어

전체 54건 중 41번부터 50번까지의 결과를 표시합니다.

2018
Article

Motion normalization method based on an inverted pendulum model for clustering

  • 2018-01
  • Visual Computer
  • SPRINGER
2017
Article

Human character balancing motion generation based on a double inverted pendulum model

  • Hwang, Jaepyung ; 
  • Suh, Il Hong. ; 
  • Park, Gangrae ; 
  • Kwon, Taesoo
  • 2017-11
  • Proceedings - MIG 2017: Motion in Games
  • Association for Computing Machinery, Inc
Article

Full-Body Animation of Human Locomotion in Reduced Gravity Using Physics-Based Control

  • Kim, Yun-hyeong ; 
  • Kwon, Taesoo ; 
  • Song, Daeun ; 
  • Kim, Young J.
  • 2017-11
  • IEEE Computer Graphics and Applications
  • IEEE COMPUTER SOC
Article

Performance-Based Animation Using Constraints for Virtual Object Manipulation

  • 2017-07
  • IEEE Computer Graphics and Applications
  • IEEE COMPUTER SOC
Article

Momentum-Mapped Inverted Pendulum Models for Controlling Dynamic Human Motions

  • 2017-02
  • ACM Transactions on Graphics
  • ASSOC COMPUTING MACHINERY
2016
Article

Real-time grasp planning based on motion field graph for human-robot cooperation

  • Hwang, Jaepyung ; 
  • Yang, Myungsik ; 
  • Suh, Il Hong ; 
  • Kwon, Taesoo
  • 2016-12
  • IEEE International Conference on Intelligent Robots and Systems
  • Institute of Electrical and Electronics Engineers Inc.
Article

Electrochemical battery model and its parameter estimator for use in a battery management system of plug-in hybrid electric vehicles

  • Sung, Woosuk ; 
  • Hwang, Do-sung ; 
  • Jeong, Byeong-Jun ; 
  • Lee, Jaewook ; 
  • Kwon, Tae soo
  • 2016-06
  • International Journal of Automotive Technology
  • KOREAN SOC AUTOMOTIVE ENGINEERS-KSAE
2015
Article

A realistic and real-time watercolour painting engine using domain decomposition scheme

  • 2015-11
  • International Journal of Sensor Networks
  • INDERSCIENCE ENTERPRISES LTD
Article

Adaptive locomotion on slopes and stairs using pelvic rotation

  • 2015-06
  • Visual Computer
  • SPRINGER