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Wayfinding with simulated prosthetic vision: Performance comparison with regular and structure-enhanced renderings

机译:具有模拟假肢视觉的寻路:与常规渲染和结构增强渲染的性能比较

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In this study, we used a simulation of upcoming low-resolution visual neuroprostheses to evaluate the benefit of embedded computer vision techniques in a wayfinding task. We showed that augmenting the classical phosphene rendering with the basic structure of the environment — displaying the ground plane with a different level of brightness — increased both wayfinding performance and cognitive mapping. In spite of the low resolution of current and upcoming visual implants, the improvement of these cognitive functions may already be possible with embedded artificial vision algorithms.
机译:在这项研究中,我们使用了即将到来的低分辨率视觉神经假体的仿真,以评估嵌入式计算机视觉技术在寻路任务中的优势。我们发现,通过环境的基本结构来增强经典的磷化氢渲染效果-以不同的亮度显示地平面-可以提高寻路性能和认知映射。尽管当前和即将到来的视觉植入物的分辨率较低,但使用嵌入式人工视觉算法可能已经可以改善这些认知功能。

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