Havran, VlastimilDamez, CyrilleMyszkowski, KarolSeidel, Hans-PeterPhilip Dutre and Frank Suykens and Per H. Christensen and Daniel Cohen-Or2014-01-272014-01-2720033-905673-03-71727-3463https://doi.org/10.2312/EGWR/EGWR03/106-117Producing high quality animations featuring rich object appearance and compelling lighting effects is very time consuming using traditional frame-by-frame rendering systems. In this paper we present a rendering architecture for computing multiple frames at once by exploiting the coherencebetween image samples in the temporal domain. For each sample representing a given point in the scene we update its view-dependent components for each frame and add its contribution to pixels identified through the compensation of camera and object motion. This leads naturally to a high quality motion blur and significantly reduces the cost of illumination computations. The required visibility information is provided using a custom ray tracing acceleration data structure for multiple frames simultaneously. We demonstrate that precise and costly global illumination techniques such as bidirectional path tracing become affordable in this rendering architecture.