Abstract:
PURPOSE: A method for probabilistic approach for a movement motion plan by using motion capture data is provided to find footprint sequence of a final motion and its corresponding motion sequence to generate a final motion by re-targeting the motion sequence. CONSTITUTION: A method for probabilistic approach for a movement motion plan by using motion capture data includes the steps of composing a road map for guiding movement motion of an imaginary character by randomly extracting points for the character having two feet to safely step in an imaginary environment to find out a series of motions for the character to move from a starting point to a target point, converting and searching the road map with reference to a posture transition graph which shows connected relations between motions captured in advance for obtaining target footprints and the motion sequence from the starting point to the target point, and deforming the input motion sequence for precisely following a target footprint sequence for the landing points of the input motion sequence to generate a final movement motion.
Abstract:
파이프라인구조의정합필터와듀얼경사아날로그디지털변환기를이용한광분광학시스템및 그제어방법이개시된다. 광분광학시스템은, 증폭기를통해전달되는입력전압을제1 스위치단을통해제1 커패시터및 제2 커패시터로순차적으로연결하는파이프라인구조의정합필터(Matched Filter) 및상기제1 커패시터및 상기제2 커패시터에충전된전하를제2 스위치단을통해순차적으로입력받아상기입력전압을디지털화하는듀얼경사아날로그디지털변환기(dual slope Analog Digital Converter)를포함할수 있다.
Abstract:
PURPOSE: An image-based motion reproducing method using an example motion is provided to easily make various actions of a person only with several captured motions. CONSTITUTION: A reference motion similar to a target motion is selected from a motion library(10) in which motion information is stored. A time correspondence relation between the reference motion and an input image is set by time warping the reference motion(S100). The warped reference motion is spatially warped again using two-dimensional characteristic points obtained from the image. Articulation angles are obtained. An appropriate motion of the highest joint is made on the basis of continuous posture information items obtained through the aforementioned steps and motion information obtained from the image and dynamic information attained from the reference motion(S300).