Fast, high-precision texture maps and high-frame-rate level of detail (LOD) generation for
realistic 3-D models are foundational data infrastructures for smart cities. However, LOD …

In order to achieve real-time rendering of cloud gaming, a large amount of computing
resources of graphics processing units (GPU) are required. In this paper, we propose a multi …

To observe the deformation and the failure process of solid objects in explosion and impact
simulations, the clarity and accuracy of simulation image representations should be …

The increasing demand for high-quality graphics requires a significant increase in
computational power of modern GPUs. The common approach to follow is augmenting the …

Web3D has gradually become the mainstream online 3D technology to support Metaverse.
However, massive multiplayer online Web3D still faces challenges such as slow culling of …

Image-based 3D face reconstruction suffers from inherent drawbacks of incomplete visible
regions and interference from occlusion or lighting. One solution is to utilize multiple face …

We present a framework that will provide a highly efficient and scalable multi-display ray-
tracing based rendering system capable of utilizing multiple GPU devices to produce high …

Parallel rendering of heterogeneous multi-GPU in UE4 scene can be realized by explicitly
calling graphics API, instead of relying on hardware limitations or drivers. Dual GPUs can …

With the maturity of cloud computing and the rise of edge computing, real-time cloud
rendering technology has received widespread attention for its ability to solve the problem of …