gpu加速的注意力地图生成动态3D场景

Thies Pfeiffer, Cem Memili
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引用次数: 6

摘要

视觉注意力的测量已经成为产品开发过程中的重要工具。注意图是重要的定性可视化,用于在团队内部和与利益相关者沟通结果。我们已经开发了一种gpu加速的方法,可以实时生成3D模型的注意力地图,例如,用于视觉注意力分布的实时可视化,以及为离线高质量渲染生成热图纹理。所提出的方法的独特之处在于它适用于单目和双目数据,尊重焦点深度,可以处理移动物体,并准备用于选择性渲染。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
GPU-accelerated attention map generation for dynamic 3D scenes
Measuring visual attention has become an important tool during product development. Attention maps are important qualitative visualizations to communicate results within the team and to stakeholders. We have developed a GPU-accelerated approach which allows for real-time generation of attention maps for 3D models that can, e.g., be used for on-the-fly visualizations of visual attention distributions and for the generation of heat-map textures for offline high-quality renderings. The presented approach is unique in that it works with monocular and binocular data, respects the depth of focus, can handle moving objects and is ready to be used for selective rendering.
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