Multisensory View Management for Augmented Reality

Doctoral project at a glance

Data glasses are glasses in whose field of vision all imaginable information is displayed visually at the same time. However, even modern data glasses only have a very limited field of vision. Unwanted side effects such as distortion, incorrect depth interpretation or poor legibility of information are the result - especially with increasing information density. At H-BRS, common interdisciplinary view management methods are researched and improved. For example, part of the visual digital information is to be converted into audio and vibration stimuli. Alexander Marquardt's focus is on the design, development and technical implementation of this novel, multisensory information supply. His goal is to reduce visual complexity. It also aims to draw the user's attention in the most intuitive way possible to the information that is of particular interest to him or her.
marquardt_alexander_augmented_reality.png (DE)

Keywords

Visualisierung Visual Computing Virtual Reality Usability Research Human-Computer Interaction Computersimulation Computergrafik Computeranimation Computer Vision Bildverarbeitung Augmented Reality Audiovisuelle Medien Computer Science

Departments and Instituts

Department of Computer Science Graduate Institute Institute of Visual Computing (IVC)

Period

07.01.2019 to 06.01.2024

Doctoral candidate

Supervising professor

Project Description

Data glasses are glasses in whose field of vision all imaginable information is displayed visually at the same time. However, even modern data glasses only have a very limited field of vision. Unwanted side effects such as distortion, incorrect depth interpretation or poor legibility of information are the result - especially with increasing information density. At H-BRS, common interdisciplinary view management methods are researched and improved. For example, part of the visual digital information is to be converted into audio and vibration stimuli. Alexander Marquardt's focus is on the design, development and technical implementation of this novel, multisensory information supply. His goal is to reduce visual complexity. It also aims to draw the user's attention in the most intuitive way possible to the information that is of particular interest to him or her.