3D Mesh Streaming based on Predictive Modeling

Abstract

The complexity in 3D virtual environment over the web is growing rapidly every day. This 3D virtual environment comprises a set of structured scenes and each scene has multiple 3D objects/meshes. Therefore the granular level of the block in a virtual environment is the object. In a virtual environment, it is required to give user interactions for every 3D object and at any point of time, it is enough if the system streams and brings in only the visible portion of the object from the server to the client by utilizing the limited network bandwidth and the limited client memory space. This streaming would reduce the time to present the rendered object to the requested clients. Further to reduce the time and effectively utilize the bandwidth and memory space, in the proposed study, an attempt is made to exploit the user interaction on 3D object and built a predictive agent which would minimize the latency in the rendering of the 3D mesh that is being streamed. The experiment result shows that the rendering time and cache miss rates are significantly reduced with the predictive agent

Improved Interactive Method for Reco-Vering 2.5D Models From Single Images

“…This is particularly true when dealing with simplified 3D models (Algabary et al, 2014;Vani et al, 2012), such as virtual bas-relief representations (also named 2.5D models). A digital bas-relief delivers a volumetric projection of shapes into the viewer's space, so that it is detached from the two-dimensional background (Kerber et al, 2010); as a result, a nearly flat surface maintaining as much as possible the perception of the full 3D scene can be generated (Weyrich et al, 2007).…”