哈尔滨工程大学学报
哈爾濱工程大學學報
합이빈공정대학학보
JOURNAL OF HARBIN ENGINEERING UNIVERSITY
2013年
6期
763-767,795
,共6页
吕源治%王世刚%任广旭%俞珏琼%王小雨
呂源治%王世剛%任廣旭%俞玨瓊%王小雨
려원치%왕세강%임엄욱%유각경%왕소우
二维多视点图像阵列%摄影轨道%虚拟视点合成%基于深度图的绘制技术(DIBR)
二維多視點圖像陣列%攝影軌道%虛擬視點閤成%基于深度圖的繪製技術(DIBR)
이유다시점도상진렬%섭영궤도%허의시점합성%기우심도도적회제기술(DIBR)
two dimensional multiview image array%photography track%virtual viewpoint image synthesis%depth image based rendering (DIBR)
针对二维多视点图像阵列由于采集设备限制而难于获取的问题,采用单个相机结合摄影轨道的方法进行采集。为了提高采集效率和满足不同显示设备对图像源的需求,提出一种基于深度图绘制(DIBR)技术的二维虚拟视点合成算法,在水平、垂直以及斜线方向实现了相邻参考图像间的虚拟视点合成。实验结果给出了实际采集到的二维多视点图像阵列以及合成的虚拟视点图像,并分别从图像质量和立体感两个方面对虚拟视点图像进行评价,评价结果表明,虚拟合成后的图像具有连续的视差变化可以真实再现拍摄对象的结构信息。
針對二維多視點圖像陣列由于採集設備限製而難于穫取的問題,採用單箇相機結閤攝影軌道的方法進行採集。為瞭提高採集效率和滿足不同顯示設備對圖像源的需求,提齣一種基于深度圖繪製(DIBR)技術的二維虛擬視點閤成算法,在水平、垂直以及斜線方嚮實現瞭相鄰參攷圖像間的虛擬視點閤成。實驗結果給齣瞭實際採集到的二維多視點圖像陣列以及閤成的虛擬視點圖像,併分彆從圖像質量和立體感兩箇方麵對虛擬視點圖像進行評價,評價結果錶明,虛擬閤成後的圖像具有連續的視差變化可以真實再現拍攝對象的結構信息。
침대이유다시점도상진렬유우채집설비한제이난우획취적문제,채용단개상궤결합섭영궤도적방법진행채집。위료제고채집효솔화만족불동현시설비대도상원적수구,제출일충기우심도도회제(DIBR)기술적이유허의시점합성산법,재수평、수직이급사선방향실현료상린삼고도상간적허의시점합성。실험결과급출료실제채집도적이유다시점도상진렬이급합성적허의시점도상,병분별종도상질량화입체감량개방면대허의시점도상진행평개,평개결과표명,허의합성후적도상구유련속적시차변화가이진실재현박섭대상적결구신식。
In an effort to effectively solve the hard pickup problem of the two dimensional multiview image arrays due to the pickup device limitations, we used a single camera and a photography track to finish the capture process. To improve the pickup efficiency and meet the demands of different display devices for the image, a synthesis algo?rithm based on the Depth Image Based Rendering (DIBR) technology was proposed. The purpose is to obtain the two dimensional virtual viewpoint images through the adjacent reference images in the horizontal, vertical, and di?agonal directions. The captured two-dimensional multiview image array and the synthesized virtual viewpoint images were present in the experimental results;an evaluation of the synthesized virtual viewpoint images from the two as?pects of image quality and stereo sense were performed. The results show that the synthesized virtual viewpoint ima?ges have continuous parallax changes and can truly represent the structure information of the subjects.