Conservative Ray Batching using Geometry Proxies

The so-called ray tracing method is used to calculate the trajectory of light rays through sys- tems composed by objects with different geometrical and optical properties.. In

Based on the queue size distribution q n (k) at these embedding times, we can derive the state probability distribution at consecutive embedding times by taking into account the

projects. XDP adopts many of the aforementioned acceleration techniques, such as batched I/O, multiple HW queues, and zero-copy, on top of a virtual machine that allows the user

The Poisson distributions for the service time are then gen- erated with measurement-based means where available and with fitted means otherwise. Finally, the mean batch service time

For each ray the opacity is accumulated using the same sam- pling rate as the DVR. The accumulated opacities for the rays are summed up and represent the visibility of the curve at c

The Ray Termination Surface Area Heuristic (RTSAH) is a cost metric originally used for determining the traversal order of the voxels for occlusion rays that takes ray termination

The presented ray-traversal method exhibits improved traversal performance especially for increasingly incoherent rays..

The performance and visual quality are compared against the ex- isting solution that trace rays at quarter resolution [Sta18], using ray generation shaders.. Here visual quality is