We defined Thumbs-Up space, the thumb-reachable in-air input space around a smartphone and presented a set of interaction techniques with Thumbs-Up space to resolve common limitations of one-handed smartphone input.

Selecting virtual objects viewed through a head-worn display may require searching for objects that lie beyond the field of view. We model pointing performance when head motion is combined with direct pointing and raycasting.

Traditionally, vehicle simulators use spatially-fixed displays to allow users to see vehicle controls. We present the design and usability evaluation of an HMD-based driving simulator that retains this feature.

We contribute an multi-platform immersive application for reservoir engineers tasked with oil-and-gas well placement optimization. Our paper presents domain expert reflections and our experiences designing an applied immersive application.

To simplify the creation of expressive pointing based interaction methods, we explore the effects of hand posture comfort and discomfort and create a metric for their quantification.

Examining 2 different augmented cursors against the standard point cursor in a gestural interaction. The augmented cursors showed significant improvements.

How can head movements serve to change the viewpoint in 3D applications to disambiguate the view? We study how to use head movements to perform orbital camera control and report on four user studies.

Using a custom-designed foot haptics system, we show that adding walking-related auditory cues (footstep sounds), visual cues (head-bobbing), and vibrotactile cues under participants' feet enhanced participants' self-motion sensation and involvement/presence.

We proposed a novel drone-based haptic device with a force generation mechanism using its own airflow that realizes a non-grounded encountered-type haptic display.

We propose a method of enhancing motion sensation by pulling clothing. Our system uses DC motors and force sensors to present traction force and cause skin deformation.

Robotic guidance techniques that mimics human pointing enhance not only localisation time but also spatial learning. Active control on its own is insufficient to improve memorization performance.

Evaluation of a framework that includes a pair of gloves featuring vibrotactile feedback, able to reproduce body-transfer illusions in VR providing automatic tactile stimuli instead of manually synchronized stimulation.

This paper explores the design space for interacting with maps on Optical (See-Through) Head-Mounted Displays and evaluates the interactions in an experiment with 31 participants.

Joint-Centered User Interfaces are a user interface concept aiming to allow efficient, long-term use of spatial user interfaces for productive environments.

Users often change their positions in free hand interaction with large displays. This work introduces a user's physical movement-adapted technique to improve free hand selection performance.

In this study, eight locomotion techniques were implemented in an immersive virtual reality environment and evaluated with high functioning individuals with ASD.

For mouse-based 3D object sliding, Shift-Sliding enables users to make objects float or collide. Depth-Pop maps wheel actions to all positions along the mouse ray, where the object is visible, in contact, and collision-free.

We study user preference between two opposite mappings for 3D object manipulation based on mobile device motion. Our results provide guidelines to select the most compatible mappings in this configuration.

We have designed and implemented a novel visualization approach and three additional visualizations representing different paradigms for guiding unconstrained manual 3DOF rotation, targeting monoscopic HWDs.

To support effective interaction for everyday analytic tasks on head-worn displays, we combine hand tracking data from a depth camera with input from a ring device, and demonstrate interactions with virtual windows and contents.