光电工程
光電工程
광전공정
OPTO-ELECTRONIC ENGINEERING
2006年
5期
131-135
,共5页
刘晏兵%王孟浩%张小锋%孙世新
劉晏兵%王孟浩%張小鋒%孫世新
류안병%왕맹호%장소봉%손세신
无线局域网%图像重构%图像复原%目标捕获%立体视觉
無線跼域網%圖像重構%圖像複原%目標捕穫%立體視覺
무선국역망%도상중구%도상복원%목표포획%입체시각
WLAN%Image reconstruction%Image restoration%Target acquisition%Stereovision
提出一种基于IEEE 820.11无线局域网(WLAN)遥测捕获图像的三维恢复算法,通过无线网络中的现场计算机获取远端物体双目图像,采用立体视觉法对双目图像的精确匹配,得到三维场景的精确重构恢复.实验结果表明,该算法能有效地实现双目图像匹配和恢复远端物体的三维表面信息.
提齣一種基于IEEE 820.11無線跼域網(WLAN)遙測捕穫圖像的三維恢複算法,通過無線網絡中的現場計算機穫取遠耑物體雙目圖像,採用立體視覺法對雙目圖像的精確匹配,得到三維場景的精確重構恢複.實驗結果錶明,該算法能有效地實現雙目圖像匹配和恢複遠耑物體的三維錶麵信息.
제출일충기우IEEE 820.11무선국역망(WLAN)요측포획도상적삼유회복산법,통과무선망락중적현장계산궤획취원단물체쌍목도상,채용입체시각법대쌍목도상적정학필배,득도삼유장경적정학중구회복.실험결과표명,해산법능유효지실현쌍목도상필배화회복원단물체적삼유표면신식.
An algorithm for three-dimensional (3D) shape recovery of remote images based on IEEE 802.11 Wireless Local Area Network(WLAN) transport is presented. Local computer can get the binocular images of the remote object through WLAN. According to the principle of stereovision in the precise matching on binocular images, the precise 3D surface can be reconstructed. Experimental result shows that the algorithm can effectively match the binocular images and obtain the 3D shape of the remote object.
