Mobile computation offloading architecture for mobile augmented reality, case study: Visualization of cetacean skeleton

Abstract

Abstract-Augmented Reality applications can serve as teaching tools in different contexts of use. Augmented reality application on mobile devices can help to provide tourist information on cities or to give information on visits to museums. For example, during visits to museums of natural history, applications of augmented reality on mobile devices can be used by some visitors to interact with the skeleton of a whale. However, making rendering heavy models can be computationally infeasible on devices with limited resources such as smart phones or tablets. One solution to this problem is to use techniques to Mobile Computation Offloading. This work proposes a mobile computation offloading architecture for mobile augmented reality. This solution would allow users to interact with a whale skeleton through an augmented reality application on mobile devices. Finally testing to assess the optimization of the resources of the mobile device when performing heavy render tests were made.

Comparative Analysis of Network Libraries for Offloading Efficiency in Mobile Cloud Environment

“…Over the last decade, we have seen unprecedented and exponential growth in the popularity of smartphones and smart devices. With increasing capability of the smart devices, consumers are becoming more demanding, and the developers are building more sophisticated applications with interesting features and complexity [1]. In spite of significant progress, smartphones are unable to accommodate user/application demands, particularly for applications that require resourceintensive processing, memory, and power.…”