Real NC Control Unit and Virtual Machine to Improve Operator Training. - Franziska Pürzel; Philipp Klimant; Volker Wittstock; Michael Kuhl (VARE, 2013)

I'm There! The influence of virtual reality and mixed reality environments combined with two different navigation methods on presence. - Mario Lorenz 001; Marc Busch; Loukas Rentzos; Manfred Tscheligi; Philipp Klimant; Peter Fröhlich 003 (VR, 2015)

Industrial Augmented Reality: Transferring a Numerical Control Connected Augmented Realty System from Marketing to Maintenance. - Christian Kollatsch; Marco Schumann; Philipp Klimant; Mario Lorenz 001 (ISMAR Adjunct, 2017)

Being there again - Presence in real and virtual environments and its relation to usability and user experience using a mobile navigation task. - Jennifer Brade; Mario Lorenz 001; Marc Busch; Niels Hammer; Manfred Tscheligi; Philipp Klimant (Int. J. Hum. Comput. Stud., 2017)

Industrial Augmented Reality: Requirements for an Augmented Reality Maintenance Worker Support System. - Mario Lorenz 001; Sebastian Knopp; Philipp Klimant (ISMAR Adjunct, 2018)

HIPS - A Virtual Reality Hip Prosthesis Implantation Simulator. - Maximilian Kaluschke; René Weller; Gabriel Zachmann; Luigi Pelliccia; Mario Lorenz 001; Philipp Klimant; Sebastian Knopp; Johannes P. G. Atze; Falk Mockel (VR, 2018)

A Virtual Hip Replacement Surgery Simulator with Realistic Haptic Feedback. - Maximilian Kaluschke; René Weller; Gabriel Zachmann; Luigi Pelliccia; Mario Lorenz 001; Philipp Klimant; Sebastian Knopp; Johannes P. G. Atze; Falk Mockel (VR, 2018)

Using Industrial Robots as Haptic Devices for VR-Training. - Sebastian Knopp; Mario Lorenz 001; Luigi Pelliccia; Philipp Klimant (VR, 2018)

Spatial Updating Based on Visually Signaled Self-motion in Virtual Reality. - Georg Jahn; Manuel Dudczig; Philipp Klimant (CogSci, 2019)

Using the KUKA LBR iiwa Robot as Haptic Device for Virtual Reality Training of Hip Replacement Surgery. - Dario Panariello; Teodorico Caporaso; Stanislao Grazioso; Giuseppe Di Gironimo; Antonio Lanzotti; Sebastian Knopp; Luigi Pelliccia; Mario Lorenz 001; Philipp Klimant (IRC, 2019)

Industrial Use Case - AR Guidance using Hololens for Assembly and Disassembly of a Modular Mold, with Live Streaming for Collaborative Support. - Sebastian Knopp; Philipp Klimant; Christoph Allmacher (ISMAR Adjunct, 2019)

Hololens AR - Using Vuforia-Based Marker Tracking Together with Text Recognition in an Assembly Scenario. - Sebastian Knopp; Philipp Klimant; Robert Schaffrath; Eric Voigt; Rayk Fritzsche; Christoph Allmacher (ISMAR Adjunct, 2019)

Early Virtual Reality User Experience and Usability Assessment of a Surgical Shape Memory Alloy Aspiration/Irrigation Instrument. - Mario Lorenz 001; Constanze Neupetsch; Christian Rotsch; Philipp Klimant; Niels Hammer (VR, 2019)

Virtual Reality for Virtual Commissioning of Automated Guided Vehicles. - Christoph Allmacher; Manuel Dudczig; Sebastian Knopp; Philipp Klimant (VR, 2019)

Integrating Tactile Feedback in an Acetabular Reamer for Surgical VR-Training. - David Weik; Mario Lorenz 001; Sebastian Knopp; Luigi Pelliccia; Stefanie Feierabend; Christian Rotsch; Philipp Klimant (VR, 2019)

Impact of First Person Avatar Representation in Assembly Simulations on Perceived Presence and Acceptance. - Jennifer Brade; Alexander Kögel; Christian Fuchs; Philipp Klimant (VISIGRAPP (1: GRAPP), 2020)

Industrial Augmented Reality: Concepts and User Interface Designs for Augmented Reality Maintenance Worker Support Systems. - Jisu Kim; Mario Lorenz 001; Sebastian Knopp; Philipp Klimant (ISMAR Adjunct, 2020)

Industrial Augmented Reality: 3D-Content Editor for Augmented Reality Maintenance Worker Support System. - Mario Lorenz 001; Sebastian Knopp; Jisu Kim; Philipp Klimant (ISMAR Adjunct, 2020)

Concept for a Virtual Reality Robot Ground Simulator. - Mario Lorenz 001; Sebastian Knopp; Philipp Klimant; Johannes Quellmalz; Holger Schlegel (ISMAR Adjunct, 2020)

Augmented Reality for Pack Optimization using Video and Depth Data. - Mario Lorenz 001; Felix Pfeiffer; Philipp Klimant (ISMAR Adjunct, 2020)

Industrial Augmented Reality: Connecting Machine-, NC- and Sensor-Data to an AR Maintenance Support System. - Mario Lorenz 001; Shamik Shandilya; Sebastian Knopp; Philipp Klimant (VR Workshops, 2021)

Use of an automated guided vehicle as a telepresence system with measurement support. - Sven Winkler; Nick Weidensager; Jennifer Brade; Sebastian Knopp; Georg Jahn; Philipp Klimant (CIVEMSA, 2022)

Industrial Augmented Reality: Lessons learned from a long-term On-site Assessment of Augmented Reality Maintenance Worker Support Systems. - Mario Lorenz 001; Sebastian Knopp; Jennifer Brade; Philipp Klimant; Martin Dix (ISMAR Adjunct, 2022)

How Far is It? Distance Estimation and Reproduction Through a Double 3 Telepresence Robot. - Jennifer Brade; Sven Winkler; Lena Sophie Beisig; Julia Flucke; Lydia Jasniewicz; Julius Laaser; Anika Seehars; Mario Lorenz 001; Georg Jahn; Philipp Klimant (ISMAR Adjunct, 2022)

Spatial Updating in Virtual Reality - Auditory and Visual Cues in a Cave Automatic Virtual Environment. - Christiane Breitkreutz; Jennifer Brade; Sven Winkler; Alexandra Bendixen; Philipp Klimant; Georg Jahn (VR, 2022)

Evaluating the Effects of Virtual Reality Environment Learning on Subsequent Robot Teleoperation in an Unfamiliar Building. - Karl Eisenträger; Judith Haubner; Jennifer Brade; Wolfgang Einhäuser; Alexandra Bendixen; Sven Winkler; Philipp Klimant; Georg Jahn (IEEE Trans. Vis. Comput. Graph., 2023)

Hey TPS I Need Your Assistance - Social Perception of Telepresence Systems During a Collaborative Assembly Task. - Jennifer Brade; Sarah Mandl; Franziska Klimant; Anja Strobel; Philipp Klimant (MetroXRAINE, 2024)

Robotic Visual Servoing for Tracking Structureless Moving Parts. - Christian Schroder; Marco Schumann; Rico Loser; Philipp Klimant; Martin Dix (ROBOT, 2024)

May I Assist You? - Exploring the Impact of Telepresence System Design on the Social Perception of Remote Assistants in Collaborative Assembly Tasks. - Jennifer Brade; Sarah Mandl; Franziska Klimant; Anja Strobel; Philipp Klimant; Martin Dix (Robotics, 2025)