An Integrative View of Foveated Rendering
Foveated rendering adapts the image synthesis process to the user's gaze. By exploiting the human visual system's limitations, in particular in terms of reduced acuity in …
Dr.-Ing. ABM Tariqul Islam
PhD Student
The Effect of Spatial Reference on Visual Attention and Workload during Viewpoint Guidance in Augmented Reality
Considering human capability for spatial orientation and navigation, the visualization used to support the localization of off-screen targets inevitably influences the …
gSMOOTH: A Gradient Based Spatial and Temporal Method of Depth Image Enhancement
The depth images from RGB-D cameras contain a substantial amount of artifacts such as holes and flickering. Moreover, for fast moving objects in successive frames, we perceive …
An Efficient Interpolation Approach for Low Cost Unrestrained Gaze Tracking in 3D Space
Depth Image Enhancement Using 1D Least Median of Squares
We propose a new method to enhance the depth images from RGB-D sensors, such as Kinects, by filling the missing/invalid values which are reported by those sensors at certain …
Fast and Accurate 3D Reproduction of a Remote Collaboration Environment
We present an approach for high quality rendering of the 3D representation of a remote collaboration scene, along with real-time rendering speed, by expanding the unstructured …
Bandwidth-Efficient Image Degradation and Enhancement Model for Multi-Camera Telepresence Environments
Fast and Efficient Data Reduction Approach for Multi-Camera Light Field Display Telepresence Systems
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