Real-time Rendering System of Moving Objects

Abstract

We have been develo#VH3 a system named "mutual tele-existence" whichallo ws fo# face-to#2:33 co#c unicatio # betweenremo#: users [14].Altho#5C imagebased rendering (IBR) is suitablefo# rendering human figures with aco#HH7H geo#H7HA ,co# ventio#'V IBR techniquescanno# readily be appliedto o## system. Becausemo#a IBR techniques include timeco #me-A3C pro cesses, theycanno# capture theso#AE5 images and simultaneo#A23 render thedestinatio# images. In this paper, wepro# o#o a no velmetho d fo cusingo # real-time rendering.Mo#nd ver, we intro duce equivalent deptho# fieldto measure the fidelityo f the synthesized image. If theo# ject is in this range, accurate rendering is guaranteed. Then, we intro duce apro#76 ype machine that has 12 synchro#AE37 cameraso # the linearactuato#: Finally, we presentso#5 experimental resultso# o#s pro#lt ype machine.

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