The purpose of this study was to show the detection of the head movement within relatively the posture function. An analysis of the posture function was inquired a displacement that the ranges of stance direction showed generally a variation across all condition through the head movement. CNS condition (C_RL-MIN-AVG) was verified slightly greater variation at 0.226±0.04 units. Somatosensory condition (So_RL-MIN- AVG) was verified slightly greater variation at 0.939±0.46 units. Vestibular condition (Ve_RL-MIN-AVG) was verified slightly greater variation at 4.009±1.05 units. Vision condition (Vi_RL-MIN-AVG) was verified greater variation at 8.336±4.05 units. When the movement head of vision characteristic function was presented a diminutive variance. On the CNS characteristic condition of the movement head function was presented a diminutive variance.
한국어
논문은 상체움직임을 통하여 자세기능의 변화를 나타냈다. 자세의 기능은 상체의 움직임 변화에 따라 자 세의 방향성을 분석하였다. 측정항목은 균형시스템에 따라 자세에 대한 평가로 활용하였다. 중추신경은 0.226±0.04의 변화가 발생하였고, 체성감각은 0.939±0.46의 변화, 전정기관은 4.009±1.05이고, 시각은 8.336±4.05로 변화가 나타났 다. 본연구의 결과로 상체움직임에 따른 시각적 변화에 미세하게 영향으로 나타났고, 중수신경의 변화에도 다소 변화 가 나타남으로 확인하였다.
목차
요약 Abstract Ⅰ. Introduction Ⅱ. Technical Background 1. Component of physiology of head movement condition Ⅲ. The Proposed Method 1. Preprocessing 2. Algorithm of transformation R_L condition Ⅳ. Experiment result and Analysis Ⅴ. Conclusion References
키워드
Head movementAlgorithm of transformationHead moduleTransformation assessment