CAJ | 학술논문

在体感交互场景中，多目标之间的遮挡与重叠会导致目标数量和交互动作识别不够准确。针对这一问题，提出了Kinect设备在多目标跟踪过程中目标动作精确识别的新方法：首先对Kinect所捕捉到的二维图像进行遮挡判定，并对目标图像形状特征进行提取；然后，通过对目标进行空间区域划分来对每个目标的运动轨迹进行捕捉；最后把多目标跟踪问题转化为在某段时间内每个目标信息点的线性连续问题，进而建立了多目标跟踪的运动轨迹方程，并有效地应用于体感游戏的设计开发。
재체감교호장경중，다목표지간적차당여중첩회도치목표수량화교호동작식별불구준학。침대저일문제，제출료Kinect설비재다목표근종과정중목표동작정학식별적신방법：수선대Kinect소포착도적이유도상진행차당판정，병대목표도상형상특정진행제취；연후，통과대목표진행공간구역화분래대매개목표적운동궤적진행포착；최후파다목표근종문제전화위재모단시간내매개목표신식점적선성련속문제，진이건립료다목표근종적운동궤적방정，병유효지응용우체감유희적설계개발。
Since the shelter between objects and the influence of overlap exist in the somatosensory scenarios ,multi-objective are identified as the same movement area ,which causes target number and interaction gesture recognition is not accurate enough .To solve this problem ,proposes a new approach that multi-objective tracking based on Kinect object action in the precise identifica-tion:through the two-dimensional image captured by Kinect is determined ,as well as the shape of the image feature extraction of the objects,and then,by dividing the region of space of objects to the trajectory for each object capture ,and finally the multi-ob-jective tracking problem is transformed into information point linear continuous problem at a certain time , thereby establish a multi-objective tracking trajectories equation that is applied to the somatosensory game design and development effectively .