A Personalised Body Motion Sensitive Training System Based on Auditive Feedback. - Gerold Hoelzl (MobiCASE, 2009)

Dynamic Quantification of Activity Recognition Capabilities in Opportunistic Systems. - Marc Kurz; Gerold Hölzl; Alois Ferscha; Hesam Sagha; José del R. Millán; Ricardo Chavarriaga (VTC Spring, 2011)

Activity Recognition in Opportunistic Sensor Environments. - Daniel Roggen; Alberto Calatroni; Kilian Förster; Gerhard Tröster; Paul Lukowicz; David Bannach; Alois Ferscha; Marc Kurz; Gerold Hölzl; Hesam Sagha; Hamidreza Bayati; José del R. Millán; et al. (FET, 2011)

Are you cool enough for Texas Hold'Em Poker? - Marc Kurz; Gerold Hölzl; Andreas Riener; Bernhard Anzengruber; Thomas Schmittner; Alois Ferscha (UbiComp, 2012)

Locomotion@location: when the rubber hits the road. - Gerold Hoelzl; Marc Kurz; Peter Halbmayer; Juergen Erhart; Michael Matscheko; Alois Ferscha; Susanne Eisel; Johann Kaltenleithner (ICAC, 2012)

Goal-Oriented Opportunistic Sensor Clouds. - Marc Kurz; Gerold Hölzl; Alois Ferscha (OTM Conferences (2), 2012)

Goal Oriented Opportunistic Recognition of High-Level Composed Activities Using Dynamically Configured Hidden Markov Models. - Gerold Hoelzl; Marc Kurz; Alois Ferscha (ANT/MobiWIS, 2012)

Enabling Dynamic Sensor Configuration and Cooperation in Opportunistic Activity Recognition Systems. - Marc Kurz; Gerold Hölzl; Alois Ferscha (Int. J. Distributed Sens. Networks, 2013)

Goal oriented smart watches for cyber physical superorganisms. - Gerold Hoelzl; Alois Ferscha; Peter Halbmayer; Welma Pereira (UbiComp Adjunct, 2014)

Goal oriented recognition of composed activities for reliable and adaptable intelligence systems. - Gerold Hoelzl; Marc Kurz; Alois Ferscha (J. Ambient Intell. Humaniz. Comput., 2014)

Zielorientiertes Sensing im Pervasive Computing. - Gerold Hölzl (Ausgezeichnete Informatikdissertationen, 2015)

Rendering 3D virtual objects in mid-air using controlled magnetic fields. - Alaa Adel; Mohamed Abou Seif; Gerold Hölzl; Matthias Kranz; Slim Abdennadher; Islam S. M. Khalil (IROS, 2017)

Size does matter - positioning on the wrist a comparative study: SmartWatch vs. SmartPhone. - Gerold Hoelzl; Matthias Kranz; Andreas Schmid 008; Peter Halbmayer; Alois Ferscha (PerCom Workshops, 2017)

Biofeedback in the Wild - A SmartWatch Approach. - Nico Pilgram; Ahmed Mohamed; Matthias Kranz; Gerold Hoelzl (PerCom Workshops, 2018)

Would I Lie to You - Would You Notice? - Felix Huppert; Matthias Kranz; Gerold Hoelzl (MobiCASE, 2019)

Valkyrie Project: Flying Immersion in Virtual Reality. - Soroosh Mashal; Gerold Hoelzl; Matthias Kranz (VS-GAMES, 2019)

Design Different: Pen and Paper for Laser Cutting. - Felix Huppert; Gerold Hölzl; Matthias Kranz (IEEE Pervasive Comput., 2019)

Predicting Machine Errors based on Adaptive Sensor Data Drifts in a Real World Industrial Setup. - Sebastian Soller; Gerold Hölzl; Matthias Kranz (PerCom, 2020)

Adaptive Error Prediction for Production Lines with Unknown Dependencies. - Sebastian Soller; Matthias Kranz; Gerold Hoelzl (WIMS, 2020)

Do You Feel Like Flying? A Study of Flying Perception in Virtual Reality for Future Game Development. - Soroosh Mashal; Matthias Kranz; Gerold Hoelzl (IEEE Computer Graphics and Applications, 2020)

GuideCopter - A Precise Drone-Based Haptic Guidance Interface for Blind or Visually Impaired People. - Felix Huppert; Gerold Hoelzl; Matthias Kranz (CHI, 2021)

Evaluation and Adaption of Maintenance Prediction Methods in Mixed Production Line Setups based on Anomaly Detection. - Sebastian Soller; Bastian Fleischmann; Matthias Kranz; Gerold Hölzl (PerCom Workshops, 2021)

Time Anomalies in Virtual Reality - Impact of Manipulated Zeitgebers on Individual Human Time Perception. - Stefan Fischer; Lucas Breitsameter; Gerold Hölzl (EWSN, 2022)

Analysis of common prediction models for a fuzzy connected source target production based on time dependent significance. - Sebastian Soller; Gerold Hölzl; Tobias Greiler; Matthias Kranz (EWSN, 2022)

Detecting Seasonal Dependencies in Production Lines for Forecast Optimization. - Gerold Hoelzl; Sebastian Soller; Matthias Kranz (Big Data Res., 2022)