Quality of Experience Modelling and Analysis for Live Holographic Teleportation

Holographic media offers a more engaging experi-ence than 2D or 3D media, making it a promising technology for future applications. However, producing high-quality holo-graphic media requires meeting demanding requirements such as low latency, high bandwidth, significant computing resources, and intelligent adaptation. Unfortunately, the current network infrastructure falls short of meeting these requirements. The increasing popularity of holographic media and the demand for more immersive experiences make it essential to consider user QoE and factors that influence it. This work focuses on latency sensitive network conditions and examines impactful factors and performance metrics as it relates to the user's QoE. The impact of disruptive factors is systematically quantified through subjective quality assessment evaluations. Additionally, the work presented proposes a QoE model for evaluating network-based QoE for live holographic teleportation.