… alpha blending to recursively solve Equation 1 by using up to m terms per pixel. We store these
terms in a blending … If the blending array rows are sorted in front-to-back order Equation 1 …

… Techniques like A-buffers, k-buffers, stochastic transparency, hybrid transparency, adaptive
transparency, and multi-layer alpha blending all approach the problem slightly differently …

… For parallax, blending should not be performed via regular alpha blending, as the depth of
foreground objects does not depend on alpha. The composition rule for Composite Parallax (…

… To further improve the overall quality when an erroneous merge is inevitable, we introduce
a new merge operator: Note, that the recursive alpha blending equation (Equation 2) can …

… The resulting output color is computed by using alpha blending on the encountered fragments’
color and opacity values in the same way as described for merging fragments in Section …

… But visual realism can further be increased by adding multi-layer transparency effects
such … visual multi-layer effects exploiting the GPU feature of associating different α -blending …

… In section 4 we analyse differences in perception of single- and multi-layer displays and use
the results in section 5 to … We implemented this technique in OpenGL using alpha blending. …

… LLFF generates MPIs from the five nearest registered multiview images and renders the
sparsely sampled multi-MPI with alpha blending. Each MPI is, therefore, generated at each …

… To improve performance in regions where the AO variability is low, we take a similar approach
to [Cantlay 2007] for rendering alphablended particles. We start with a half-resolution AO …

… If so, the contributions are weighted with front-to-back alpha blending, and upon saturation
the respective threads are only active for loading. Once all pixels of a sub-tile are saturated …