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Master Thesis

  • [16] Hyunggwi Song, Modeling dynamics and control mechanism of the swing leg in human walking for motion planning, KAIST Master Thesis, 2015
  • [15] Choi, Hyeob, Estimation of upper-body sitting posture based on ground reaction force, KAIST Master Thesis, 2014
  • [14] Hyerim Lim, The internal model of visually induced roll tilt motion perception, KAIST Master Thesis, 2013
  • [13] Hong, Hyunhwa, Mechanism of gait dynamics deterioration in the elderly walking, KAIST Master Thesis, 2012
  • [12] 오건영, An Analysis of Walking Strategy and Energetics of the Accelerated walking, KAIST Master Thesis, 2012
  • [11] 김주형, The study of postural control strategy change with visual target tracking task, KAIST Master Thesis, 2012
  • [10] Lee, Myunghyun, Development of walking assistance system with adjustive leg stiffness, KAIST Master Thesis, 2011
  • [9] Changwon Lee, Mechanical Modeling of Stereocilia’s Amplifying Mechanism by Combining Negative Stiffness and Adaptation, KAIST Master Thesis, 2011
  • [8] Yeom, Jin, Finite collision model for the double support phase of human walking, KAIST Master Thesis, 2010
  • [7] Kang, Hyunmin, Gait strategy change as function of human walking speeds, KAIST Master Thesis, 2009
  • [6] Jang, Jeehoon, Axiomatic design of biomimetic MEMS gyroscope, KAIST Master Thesis, 2008
  • [5] Hwang, Byungchoon, Changes of Postural Feedback Gain Scaling with Constrained Somatosensory Cues, KAIST Master Thesis, 2008
  • [4] Lim, KoEun, Modeling of a Biomimetic Inertial Sensor Inspired by Amplifying Mechanisms of Vestibular Stereocilia Bundle, KAIST Master Thesis, 2008
  • [3] Yi, Yongwoo, Influence of lower limbs somatosensory cues on the perception threshold of linear motion, KAIST Master Thesis, 2007
  • [2] Kim, Seyoung, Human postural feedback response described by eigenvector, KAIST Master Thesis, 2007
  • [1] Park, Heewon, Influence of visual stimulus on the human postural response, KAIST Master Thesis, 2007