The Cognitive Loads and Usability of Target-based and Steering-based Travel Techniques
Chengyuan Lai, Xinyu Hu, Afham Ahmed Aiyaz, Ann Segismundo, Ananya Phadke, Ryan P. McMahan
Abstract
Target and steering-based techniques are two common approaches to travel in consumer VR applications. In this paper, we present two within-subject studies that employ a prior dual-task methodology to evaluate and compare the cognitive loads, travel performances, and simulator sickness of three common target-based travel techniques and three common steering-based travel techniques. We also present visual meta-analyses comparing our results to prior results using the same dual-task methodology. Based on our results and meta-analyses, we present several design suggestions for travel techniques based on various aspects of user experiences.
Topics & Concepts
Computer scienceUsabilityTask (project management)Human–computer interactionTask analysisCognitionDual (grammatical number)Simulator sicknessCognitive loadVirtual realitySimulationEngineeringSystems engineeringArtLiteratureBiologyNeuroscienceVirtual Reality Applications and ImpactsSpatial Cognition and NavigationAugmented Reality Applications