计算机与现代化
計算機與現代化
계산궤여현대화
COMPUTER AND MODERNIZATION
2014年
7期
75-79
,共5页
熊俊涛%刘梓健%孙宝霞%俞守华%陈建国
熊俊濤%劉梓健%孫寶霞%俞守華%陳建國
웅준도%류재건%손보하%유수화%진건국
视觉技术%手势跟踪%动作识别%图像处理
視覺技術%手勢跟蹤%動作識彆%圖像處理
시각기술%수세근종%동작식별%도상처리
vision technology%gesture tracking%motion recognition%image processing
对工业生产线上规程化操作动作进行手势跟踪与动作识别研究。首先选取YCbCr颜色模型进行手部区域识别,获得完整手部区域;然后利用Euclidean距离变换计算相邻2个手部运动轨迹点之间的距离和各帧图像的手部运动速度;再利用扩展有限状态机模型实现手部运动的分割,将分割的多个动作与建立的动作模板匹配,利用Hausdorff距离匹配法判断匹配结果的准确性,实现手部动作的识别。实验结果表明:该手部动作识别算法对背景干扰和摄像头轻微震动具有一定的抗噪能力,有较高的动作识别正确率,能够满足现实工作环境下的应用需求。
對工業生產線上規程化操作動作進行手勢跟蹤與動作識彆研究。首先選取YCbCr顏色模型進行手部區域識彆,穫得完整手部區域;然後利用Euclidean距離變換計算相鄰2箇手部運動軌跡點之間的距離和各幀圖像的手部運動速度;再利用擴展有限狀態機模型實現手部運動的分割,將分割的多箇動作與建立的動作模闆匹配,利用Hausdorff距離匹配法判斷匹配結果的準確性,實現手部動作的識彆。實驗結果錶明:該手部動作識彆算法對揹景榦擾和攝像頭輕微震動具有一定的抗譟能力,有較高的動作識彆正確率,能夠滿足現實工作環境下的應用需求。
대공업생산선상규정화조작동작진행수세근종여동작식별연구。수선선취YCbCr안색모형진행수부구역식별,획득완정수부구역;연후이용Euclidean거리변환계산상린2개수부운동궤적점지간적거리화각정도상적수부운동속도;재이용확전유한상태궤모형실현수부운동적분할,장분할적다개동작여건립적동작모판필배,이용Hausdorff거리필배법판단필배결과적준학성,실현수부동작적식별。실험결과표명:해수부동작식별산법대배경간우화섭상두경미진동구유일정적항조능력,유교고적동작식별정학솔,능구만족현실공작배경하적응용수구。
The gesture tracking and motion recognition of production line disciplined operational motion in industrial engineering was researched in this paper .Through the color analysis of hands skin , the YCbCr color model was used to recognize the hand ar-ea, the pretreatment so as threshold segmentation for video image was used in YCbCr color model to obtain the complete hand are -a;the Euclidean distance transform method was used to calculate the distance between the adjacent two hand trajectory points and speed of each frame image ’ s hand movements , then the extended finite state machine model was used to realize the segmentation of hand movements , matching the segmented motions and established motion templates , and the Hausdorff distance matching method was used to determine the accuracy of the matching results , the recognition of hand gesture was realized .Experimental re-sults show that the hand gesture recognition algorithm has certain anti-noise ability for background interference and camera vibra-tions, and has higher recognition accuracy , can satisfy the application requirements of real work environment .