browse.title.page

Зараз показуємо 1 - 3 з 3

Interactive modeling method using deformable quadrics and set-theoretic operations
(2020) Romanyuk, A.; Vyatkin, S.; Romanyuk, S.
A method for creating functionally based objects using deformable quadrics and set-theoretic operations is proposed. Interactive editing and modeling are described as ways to increase realism. The decoration technique allows the user to draw directly on 3D objects. Interactive modeling of the shape of geometric objects defined by perturbation functions is considered. Such objects are characterized by a high degree of smoothness and are described by a small number of functions. They are easy to deform and create shapes like modeling from plasticine.
Method for calculating the depth map from a stereo pair
(2020) Romanyuk, A.; Vyatkin, S.; Khoshaba, A.
A method for calculating the depth map in real time on a graphics processor is proposed. Knowing the information about the depth can be reconstructed for human face recognition algorithms.
Method of recursive subdivision for synthesizing high-quality images of functionally-based objects using GPU
(2020) Romanyuk, A.; Vyatkin, S.; Romanyuk, O.
The problem of synthesizing high-quality images in real time and a method for specifying threedimensional objects based on perturbation functions are considered. A method of recursive search for image elements of functionally-based objects adapted for GPU is proposed. The advantages of this approach are shown.