Power-efficient real-time illumination estimation will improve the appearance of mobile virtual reality worlds.
Virtual Reality needs a cost-efficient, user-friendly navigation, thus the research objective is to use redirected walking for user locomotion. Research has shown that greedy algorithms can virtually alter user locomotion in a confined, physical space. Furthermore, advancements with Augmented Reality frameworks and inside-out tracking provide the opportunity for motion tracking users. Redirected Walking can prevent
Merged Reality produces immersive user experiences by combining the real world with the virtual world to create new environments and visualizations. The objective of this research focused on building a spatiotemporal framework that assists in dynamic merged reality content creation. The tool will allow users to take computer-generated holographic data and map it to physical
The objective is to create a data distribution system that uses location data from the user’s mobile device to anticipate what information their device will need in the immediate future. The local app will then download the information so that the user can enjoy a seamless entertainment experience. In the golden age of user experience,
High quality rendering on mobile devices is constrained by lack of resources in terms of processing power and memory leading to low visual fidelity of the rendered scenes. Previous works, try to overcome this computational challenge by offloading tasks to a powerful server. This research introduces the idea of collaborative rendering, which entails distributing the