One purpose of integrating voice interfaces into embedded vehicle systems is to reduce
drivers' visual and manual distractions with 'infotainment'technologies. However, there is …

Texting while driving is risky but common. This study evaluated how texting using a Head-
Mounted Display, Google Glass, impacts driving performance. Experienced drivers …

Driver distraction is a growing and pervasive issue that requires multiple solutions. Voice-
recognition (VR) systems may decrease the visual-manual (VM) demands of a wide range of …

Background Head-up and wearable displays, such as Google Glass™, are sometimes
marketed as safe in-vehicle alternatives to phone-based displays, as they allow drivers to …

There is limited research on trade-offs in demand between manual and voice interfaces of
embedded and portable technologies. Mehler et al. identified differences in driving …

Users often select different modalities in multimodal systems based on context and function.
This study aimed to investigate the impact of context on users' modality selection in a …

Objective: This study evaluated the individual and combined effects of voice (vs. manual)
input and head-up (vs. head-down) display in a driving and device interaction task …

Systems and methods for managing visual allocation are provided herein that use models to
determine states based on visual data and, based thereon, output feedback based on the …

This study examined whether, and to what extent, driving is affected by reading text on
Google Glass. Reading text requires a high level of visual resources and can interfere with …

The relative impact of using a Google Glass based voice interface to enter a destination
address compared to voice and touch-entry methods using a handheld Samsung Galaxy S4 …