Abstract: A computer implemented method for classifying an input image for new view synthesis in a 3D visual effect, the input image being used to create an image representation comprising a set of target views based on the input 3D visual effect, each target view having an image size of H×W. The method includes computing an image score st for the set of target views based on a number of non-occluded pixels in the set of target views, wherein the image score indicates suitability of the input image for new view synthesis in a 3D visual effect. A system and a non-transitory computer readable storage medium for performing said method for classifying an input image for new view synthesis in a 3D visual effect.

Abstract: A system for executing a given scientific code using a suitable finite-volume or finite-element solver for a large dataset represented as a grid, comprising a plurality of equal computing nodes interconnected by node communication means and a parallel computing software package for distributing and controlling the execution in sub-grids among said computing nodes; each computing node comprising at least a CPU-based first processing means and a FPGA-based second processing means interconnected by a bus; said package being configured for the simultaneous execution of at least one first solver process (which is fully executed in a first processing means) and one second solver process (which is fully executed in a second processing means) in each computing node for one sub-grid of said grid and for managing the exchange of boundary data with the solver processes that solve neighbor sub-grids.