Quality-Aware Real-Time Augmented Reality Visualization under Delay Constraints

TL;DR

This paper introduces a Lyapunov optimization-based method to maximize AR visualization quality in real-time on mobile devices while respecting delay constraints, addressing the challenge of computational delays in AR systems.

Contribution

It proposes a novel time-average quality maximization approach for AR visualization under delay constraints using Lyapunov optimization, enhancing real-time performance.

Findings

Effective quality maximization under delay constraints

Improved AR visualization performance on mobile devices

Framework adaptable to various AR applications

Abstract

Augmented reality (AR) is one of emerging applications in modern multimedia systems research. Due to intensive time-consuming computations for AR visualization in mobile devices, quality-aware real-time computing under delay constraints is essentially required. Inspired by Lyapunov optimization framework, this paper proposes a time-average quality maximization method for the AR visualization under delay considerations.