Visualization of high-resolution image collections on large tiled display walls

This paper introduces an approach to interactively visualize a large collection of high-resolution images in large-scale tiled display environments. Our approach fully utilizes the distributed computing and rendering capabilities of visualization clusters that are driving tiled display walls. A seamless and unified workspace spanning across the entire wall is provided, while view dependent resource management strategies support smooth and fully interactive data analysis of a collection of images. Interactive image filtering and graphing techniques are presented, allowing features in individual images and patterns in image sets to be visualized on the fly. The provided case studies show that the presented approach can scale well beyond terapixel-scale visualization while providing highly responsive interactive environments.

Research highlights
► Interactive visualization of a collection of high-resolution images on distributed visualization environments.
► Interactive image processing on large, high-resolution tiled display systems.
► Interactive sorting and graphing of a collection of high-resolution images.