A privacy-aware shopping scenario. - Gerrit Kahl; Denise Paradowski (IUI Companion, 2013)

Assistenz- und Wissensdienste für den Shopfloor. - Carsten Ullrich; Matthias Aust; Roland Blach; Michael Dietrich; Christoph Igel; Niklas Kreggenfeld; Denise Kahl; Christopher Prinz; Simon Schwantzer (DeLFI WOrkshops, 2015)

Assistance- and knowledge-services for smart production. - Carsten Ullrich; Matthias Aust; Niklas Kreggenfeld; Denise Kahl; Christopher Prinz; Simon Schwantzer (I-KNOW, 2015)

Collaborative Newspaper: Exploring an adaptive Scrolling Algorithm in a Multi-user Reading Scenario. - Christian Lander; Marco Speicher; Denise Paradowski; Norine Coenen; Sebastian Biewer; Antonio Krüger (PerDis, 2015)

Collaborative Newspaper Demo: Exploring an adaptive Scrolling Algorithm in a Multi-user Reading Scenario. - Christian Lander; Marco Speicher; Denise Paradowski; Norine Coenen; Sebastian Biewer; Antonio Krüger (PerDis, 2015)

Combining Embedded Computation and Image Tracking for Composing Tangible Augmented Reality. - Tim Düwel; Nico Herbig 001; Denise Kahl; Antonio Krüger (CHI Extended Abstracts, 2020)

Evaluating User Experiences in Mixed Reality. - Dmitry Alexandrovsky; Susanne Putze; Valentin Schwind; Elisa D. Mekler; Jan David Smeddinck; Denise Kahl; Antonio Krüger; Rainer Malaka (CHI Extended Abstracts, 2021)

Investigation of Size Variations in Optical See-through Tangible Augmented Reality. - Denise Kahl; Marc Ruble; Antonio Krüger (ISMAR, 2021)

ForeSight - User-Centered and Personalized Privacy and Security Approach for Smart Living. - Jochen Bauer; Reiner Wichert; Christoph Konrad; Michael Hechtel; Simon Dengler; Simon Uhrmann; Mouzhi Ge; Peter Poller; Denise Kahl; Bruno Ristok; Jörg Franke (HCI (25), 2022)

The Influence of Environmental Lighting on Size Variations in Optical See-through Tangible Augmented Reality. - Denise Kahl; Marc Ruble; Antonio Krüger (VR, 2022)

Using Abstract Tangible Proxy Objects for Interaction in Optical See-through Augmented Reality. - Denise Kahl; Antonio Krüger (CoRR, 2023)

Visual-haptic perception in the digitally augmented world. - Denise Kahl (2023)