input device / perceptual processing capability / presentation algorithm / 3D technologies / camera technology / real time / gaze-tracking technologies / optical systems / visual systems / information visualization applications / possible applications / research display systems / virtual reality applications / slider input device / using an optical systems / /
Organization
School of Computer Science / Psychology University of St Andrews / European Union / Royal Society / /
Person
Michael Mauderer / Simone Conte / Miguel A. Nacenta / Differences Further / L. Distributed / Differences It / Jaime Vives Piqueres / /
Position
Author / realistic camera model for computer graphics / Carpenter / Porter / Marshall / lens and aperture camera model for synthetic image generation / /
Product
Greenhouse-Geisser / R2 / /
ProgrammingLanguage
Python / VB / /
PublishedMedium
Computer Graphics / /
Technology
same DOF algorithm / 3D technologies / 3-D / presentation algorithm / virtual reality / DOF algorithm / S. Lytro camera technology / API / GC DOF algorithm / http / gaze-tracking technologies / simulation / retrieved using the Eyelink Python API / /
Depth Perception with Gaze-contingent Depth of Field Michael Mauderer∗ , Simone Conte∗ , Miguel A. Nacenta∗ and Dhanraj Vishwanath† ∗ SACHI, School of Computer Science † School of Psychology University of St