Rotating, tilting, bouncing: using an interactive chair to promote activity in office environments. - Kathrin Probst; David Lindlbauer; Patrick Greindl; Markus Trapp; Michael Haller; Bernhard Schwartz; Andreas Schrempf (CHI Extended Abstracts, 2013)

Exploring the Use of Distributed Multiple Monitors within an Activity-Promoting Sit-and-Stand Office Workspace. - Kathrin Probst; David Lindlbauer; Florian Perteneder; Michael Haller; Bernhard Schwartz; Andreas Schrempf (INTERACT (3), 2013)

Perceptual grouping: selection assistance for digital sketching. - David Lindlbauer; Michael Haller; Mark S. Hancock; Stacey D. Scott; Wolfgang Stuerzlinger (ITS, 2013)

A chair as ubiquitous input device: exploring semaphoric chair gestures for focused and peripheral interaction. - Kathrin Probst; David Lindlbauer; Michael Haller; Bernhard Schwartz; Andreas Schrempf (CHI, 2014)

A collaborative see-through display supporting on-demand privacy. - David Lindlbauer; Toru Aoki; Anita Höchtl; Yuji Uema; Michael Haller; Masahiko Inami; Jörg Müller 001 (SIGGRAPH Emerging Technologies, 2014)

Tracs: transparency-control for see-through displays. - David Lindlbauer; Toru Aoki; Robert Walter; Yuji Uema; Anita Höchtl; Michael Haller; Masahiko Inami; Jörg Müller 001 (UIST, 2014)

Accuracy of Monocular Gaze Tracking on 3D Geometry. - Xi Wang 021; David Lindlbauer; Christian Lessig; Marc Alexa (ETVIS, 2015)

Analyzing visual attention during whole body interaction with public displays. - Robert Walter; Andreas Bulling; David Lindlbauer; Martin Schuessler; Jörg Müller 001 (UbiComp, 2015)

Creature Teacher: A Performance-Based Animation System for Creating Cyclic Movements. - Andreas Fender; Jörg Müller 001; David Lindlbauer (SUI, 2015)

GelTouch: Localized Tactile Feedback Through Thin, Programmable Gel. - Viktor Miruchna; Robert Walter; David Lindlbauer; Maren Lehmann; Regine von Klitzing; Jörg Müller 001 (UIST, 2015)

Combining Shape-Changing Interfaces and Spatial Augmented Reality Enables Extended Object Appearance. - David Lindlbauer; Jens Emil Grønbæk; Morten Birk; Kim Halskov; Marc Alexa; Jörg Müller 001 (CHI, 2016)

Influence of Display Transparency on Background Awareness and Task Performance. - David Lindlbauer; Klemen Lilija; Robert Walter; Jörg Müller 001 (CHI, 2016)

Changing the Appearance of Physical Interfaces Through Controlled Transparency. - David Lindlbauer; Jörg Müller 001; Marc Alexa (UIST, 2016)

Changing the Appearance of Real-World Objects By Modifying Their Surroundings. - David Lindlbauer; Jörg Müller 001; Marc Alexa (CHI, 2017)

HeatSpace: Automatic Placement of Displays by Empirical Analysis of User Behavior. - Andreas Fender; David Lindlbauer; Philipp Herholz; Marc Alexa; Jörg Müller 001 (UIST, 2017)

Optically Dynamic Interfaces. - David Lindlbauer (UIST (Adjunct Volume), 2017)

Remixed Reality: Manipulating Space and Time in Augmented Reality. - David Lindlbauer; Andy D. Wilson (CHI, 2018)

Bridging the virtual world and the physical world with optically dynamic interfaces (Verbinden der virtuellen und der realen Welt durch optisch-dynamische Interfaces) - David Lindlbauer (2018)

Understanding Metamaterial Mechanisms. - Alexandra Ion; David Lindlbauer; Philipp Herholz; Marc Alexa; Patrick Baudisch (CHI, 2019)

The Mental Image Revealed by Gaze Tracking. - Xi Wang 021; Andreas Ley; Sebastian Koch; David Lindlbauer; James Hays; Kenneth Holmqvist; Marc Alexa (CHI, 2019)

Context-Aware Online Adaptation of Mixed Reality Interfaces. - David Lindlbauer; Anna Maria Feit; Otmar Hilliges (UIST, 2019)

TacTiles: Dual-Mode Low-Power Electromagnetic Actuators for Rendering Continuous Contact and Spatial Haptic Patterns in VR. - Velko Vechev; Juan Jose Zarate; David Lindlbauer; Ronan Hinchet; Herbert Shea; Otmar Hilliges (VR, 2019)

A Rapid Tapping Task on Commodity Smartphones to Assess Motor Fatigability. - Liliana Barrios; Pietro Oldrati; David Lindlbauer; Marc Hilty; Helen Hayward-Koennecke; Christian Holz 001; Andreas Lutterotti (CHI, 2020)

Omni: Volumetric Sensing and Actuation of Passive Magnetic Tools for Dynamic Haptic Feedback. - Thomas Langerak; Juan José Zarate; David Lindlbauer; Christian Holz 001; Otmar Hilliges (UIST, 2020)

Optimal Control for Electromagnetic Haptic Guidance Systems. - Thomas Langerak; Juan José Zarate; Velko Vechev; David Lindlbauer; Daniele Panozzo; Otmar Hilliges (UIST, 2020)

SemanticAdapt: Optimization-based Adaptation of Mixed Reality Layouts Leveraging Virtual-Physical Semantic Connections. - Yifei Cheng 001; Yukang Yan; Xin Yi 001; Yuanchun Shi; David Lindlbauer (UIST, 2021)

Editorial: Professional Training in Extended Reality: Challenges and Solutions. - Lap-Fai Yu; Christos Mousas; David Lindlbauer; George Alex Koulieris; Liwei Chan 001; Ryan P. McMahan; Tomohiro Amemiya (Frontiers Virtual Real., 2021)

Smartphone-Based Tapping Frequency as a Surrogate for Perceived Fatigue: An in-the-Wild Feasibility Study in Multiple Sclerosis Patients. - Liliana Barrios; Pietro Oldrati; Marc Hilty; David Lindlbauer; Christian Holz 001; Andreas Lutterotti (Proc. ACM Interact. Mob. Wearable Ubiquitous Technol., 2021)

Towards Understanding Diminished Reality. - Yifei Cheng 001; Hang Yin; Yukang Yan; Jan Gugenheimer; David Lindlbauer (CHI, 2022)

MoonBuddy: A Voice-based Augmented Reality User Interface That Supports Astronauts During Extravehicular Activities. - Angelica M. Bonilla Fominaya; Rong Kang (Ron) Chew; Matthew L. Komar; Jeremia Lo; Alexandra Slabakis; Ningjing (Anita) Sun; Yunyi (Joyce) Zhang; David Lindlbauer (UIST (Adjunct Volume), 2022)

User Preference for Navigation Instructions in Mixed Reality. - Jaewook Lee; Fanjie Jin; Younsoo Kim; David Lindlbauer (VR, 2022)

The future of mixed reality is adaptive. - David Lindlbauer (XRDS, 2022)

HandAvatar: Embodying Non-Humanoid Virtual Avatars through Hands. - Yu Jiang; Zhipeng Li 001; Mufei He; David Lindlbauer; Yukang Yan (CHI, 2023)

Parametric Haptics: Versatile Geometry-based Tactile Feedback Devices. - Violet Yinuo Han; Abena Boadi-Agyemang; Yuyu Lin; David Lindlbauer; Alexandra Ion (UIST, 2023)

XR and AI: AI-Enabled Virtual, Augmented, and Mixed Reality. - Ryo Suzuki 001; Mar González-Franco; Misha Sra; David Lindlbauer (UIST (Adjunct Volume), 2023)

BlendMR: A Computational Method to Create Ambient Mixed Reality Interfaces. - Violet Yinuo Han; Hyunsung Cho; Kiyosu Maeda; Alexandra Ion; David Lindlbauer (Proc. ACM Hum. Comput. Interact., 2023)

A Survey on Remote Assistance and Training in Mixed Reality Environments. - Catarina G. Fidalgo; Yukang Yan; Hyunsung Cho; Maurício Sousa; David Lindlbauer; Joaquim Jorge 001 (IEEE Trans. Vis. Comput. Graph., 2023)

RealityReplay: Detecting and Replaying Temporal Changes In Situ Using Mixed Reality. - Hyunsung Cho; Matthew L. Komar; David Lindlbauer (Proc. ACM Interact. Mob. Wearable Ubiquitous Technol., 2023)

MineXR: Mining Personalized Extended Reality Interfaces. - Hyunsung Cho; Yukang Yan; Kashyap Todi; Mark Parent; Missie Smith; Tanya R. Jonker; Hrvoje Benko; David Lindlbauer (CHI, 2024)

Predicting the Noticeability of Dynamic Virtual Elements in Virtual Reality. - Zhipeng Li 001; Yi Fei Cheng 001; Yukang Yan; David Lindlbauer (CHI, 2024)

MARingBA: Music-Adaptive Ringtones for Blended Audio Notification Delivery. - Alexander Wang; Yi Fei Cheng 001; David Lindlbauer (CHI, 2024)

First or Third-Person Hearing? A Controlled Evaluation of Auditory Perspective on Embodiment and Sound Localization Performance. - Yi Fei Cheng 001; Laurie M. Heller; Stacey Cho; David Lindlbauer (ISMAR, 2024)

Push2AR: Enhancing Mobile List Interactions Using Augmented Reality. - Jonathan Wieland; Hyunsung Cho; Sebastian Hubenschmid; Akihiro Kiuchi; Harald Reiterer; David Lindlbauer (ISMAR, 2024)

New Ears: An Exploratory Study of Audio Interaction Techniques for Performing Search in a Virtual Reality Environment. - Muzhe Wu; Yi Fei Cheng 001; David Lindlbauer (ISMAR, 2024)

Balancing Autonomy: Investigating User-Controlled vs Automated Guidance Systems for Sequential Tasks. - Robin Wiethüchter; Saikishore Kalloori; David Lindlbauer (ISS Companion, 2024)

SonoHaptics: An Audio-Haptic Cursor for Gaze-Based Object Selection in XR. - Hyunsung Cho; Naveen Sendhilnathan; Michael Nebeling; Tianyi Wang 004; Purnima Padmanabhan; Jonathan Browder; David Lindlbauer; Tanya R. Jonker; Kashyap Todi (UIST, 2024)

Auptimize: Optimal Placement of Spatial Audio Cues for Extended Reality. - Hyunsung Cho; Alexander Wang; Divya Kartik; Emily Liying Xie; Yukang Yan; David Lindlbauer (UIST, 2024)

Towards Music-Aware Virtual Assistants. - Alexander Wang; David Lindlbauer; Chris Donahue (UIST, 2024)

Side-By-Side Might Win: Occlusion Negatively Affects The Performance Of Augmented Reality Task Instructions. - Robin Wiethüchter; Saikishore Kalloori; David Lindlbauer (VR Workshops, 2024)

TurnAware: motion-aware Augmented Reality information delivery while walking. - Sunniva Liu; David Lindlbauer (Frontiers Virtual Real., 2024)

Don't Block My Stuff: Fostering Personal Object Awareness in Multi-user Mixed Reality Environments. - Talha Khan; David Lindlbauer (Proc. ACM Hum. Comput. Interact., 2024)

Everyday AR through AI-in-the-Loop. - Ryo Suzuki 001; Mar González-Franco; Misha Sra; David Lindlbauer (CHI Extended Abstracts, 2025)

Sensing Noticeability in Ambient Information Environments. - Yi Fei Cheng 001; David Lindlbauer (CHI, 2025)

Persistent Assistant: Seamless Everyday AI Interactions via Intent Grounding and Multimodal Feedback. - Hyunsung Cho; Jacqui Fashimpaur; Naveen Sendhilnathan; Jonathan Browder; David Lindlbauer; Tanya R. Jonker; Kashyap Todi (CHI, 2025)

MiniMates: Miniature Avatars for AR Remote Meetings within Limited Physical Spaces. - Akihiro Kiuchi; Jonathan Wieland; Takeo Igarashi; David Lindlbauer (CHI, 2025)

Evaluating Dynamic Delivery of Audio+Visual Message Notifications in XR. - Hyunsung Cho; Drew Edgar; David Lindlbauer; Joseph O'Hagan (VR, 2025)

Exploring AR hand augmentations as error feedback mechanisms for enhancing gesture-based tutorials. - Catarina G. Fidalgo; Yukang Yan; Maurício Sousa; Joaquim Jorge 001; David Lindlbauer (Frontiers Virtual Real., 2025)

Augmented Reality In-the-Wild: Usage Patterns and Experiences of Working with AR Laptops in Real-World Settings. - Yi Fei Cheng 001; Ari Carden; Hyunsung Cho; Catarina G. Fidalgo; Jonathan Wieland; David Lindlbauer (CoRR, 2025)