A Self-organizing Approach to Activity Recognition with Wireless Sensors. - Clemens Holzmann; Michael Haslgrübler (IWSOS, 2009)

DarSens: a framework for distributed activity recognition from body-worn sensors. - Michael Haslgrübler; Clemens Holzmann (BODYNETS, 2010)

Demonstrator for extracting cognitive load from pupil dilation for attention management services. - Benedikt Gollan; Michael Haslgrübler; Alois Ferscha (UbiComp Adjunct, 2016)

Getting through: modality selection in a multi-sensor-actuator industrial IoT environment. - Michael Haslgrübler; Peter Fritz; Benedikt Gollan; Alois Ferscha (IOT, 2017)

Gazor: a gaze aware industrial IoT-based instructor. - Michael Haslgrübler; Michaela Murauer; Alois Ferscha (IOT, 2017)

Contour-guided gaze gestures: eye-based interaction with everyday objects and IoT devices. - Florian Jungwirth; Michael Haslgrübler; Alois Ferscha (IOT, 2017)

Natural pursuit calibration: using motion trajectories for unobtrusive calibration of mobile eye trackers. - Michaela Murauer; Michael Haslgrübler; Alois Ferscha (IOT, 2017)

Contour-guided gaze gestures: using object contours as visual guidance for triggering interactions. - Florian Jungwirth; Michael Haslgrübler; Alois Ferscha (ETRA, 2018)

Natural Pursuits for Eye Tracker Calibration. - Michaela Murauer; Michael Haslgrübler; Alois Ferscha (iWOAR, 2018)

Transferring Expert Knowledge through Video Instructions. - Michael Haslgrübler; Alois Ferscha; Josef Heftberger (PETRA, 2018)

Visually Perceived Relevance of Objects reveals Learning Improvements and Task Difficulty. - Michael Haslgrübler; Florian Jungwirth; Michaela Murauer; Alois Ferscha (PETRA, 2018)

Eyes are different than Hands: An Analysis of Gaze as Input Modality for Industrial Man-Machine Interactions. - Florian Jungwirth; Michael Haslgrübler; Alois Ferscha; Michaela Murauer (PETRA, 2018)

Making Sense: Experiences with Multi-Sensor Fusion in Industrial Assistance Systems. - Benedikt Gollan; Michael Haslgrübler; Alois Ferscha; Josef Heftberger (PhyCS, 2018)

Towards Industrial Assistance Systems: Experiences of Applying Multi-sensor Fusion in Harsh Environments. - Michael Haslgrübler; Benedikt Gollan; Alois Ferscha (PhyCS (Selected Papers), 2018)

EyeControl: Towards Unconstrained Eye Tracking in Industrial Environments. - Florian Jungwirth; Michael Haslgrübler; Michaela Murauer; Benedikt Gollan; Pratheeban Elancheliyan; Alois Ferscha (SUI, 2018)

A Cognitive Assistance Framework for Supporting Human Workers in Industrial Tasks. - Michael Haslgrübler; Benedikt Gollan; Alois Ferscha (IT Prof., 2018)

mobEYEle: an embedded eye tracking platform for industrial assistance. - Florian Jungwirth; Michaela Murauer; Johannes Selymes; Michael Haslgrübler; Benedikt Gollan; Alois Ferscha (UbiComp/ISWC Adjunct, 2019)

Feasibility analysis of unsupervised industrial activity recognition based on a frequent micro action. - Behrooz Azadi; Michael Haslgrübler; Georgios Sopidis; Michaela Murauer; Bernhard Anzengruber; Alois Ferscha (PETRA, 2019)

Towards skill recognition using eye-hand coordination in industrial production. - Michael Haslgrübler; Benedikt Gollan; Christian Thomay; Alois Ferscha; Josef Heftberger (PETRA, 2019)

A task-independent design and development process for cognitive products in industrial applications. - Michaela Murauer; Florian Jungwirth; Bernhard Anzengruber; Ali Abbas; Abdelrahman Ahmad; Behrooz Azadi; Jullius Cho; Helmut Ennsbrunner; Alois Ferscha; Detlef Gerhard; Benedikt Gollan; Michael Haslgrübler; et al. (PETRA, 2019)

A multi-sensor algorithm for activity and workflow recognition in an industrial setting. - Christian Thomay; Benedikt Gollan; Michael Haslgrübler; Alois Ferscha; Josef Heftberger (PETRA, 2019)

Macro workstep detection for assembly manufacturing. - Abdelrahman Ahmad; Michael Haslgrübler; Alois Ferscha; Birgit Ettinger; Jullius Cho (PETRA, 2020)

Privacy Preserving Workflow Detection for Manufacturing Using Neural Networks based Object Detection. - Abdelrahman Ahmad; Michael Haslgrübler; Georgios Sopidis; Behrooz Azadi; Alois Ferscha (IOT, 2021)

Addressing Worker Safety and Accident Prevention with AI. - Jaroslava Huber; Michael Haslgrübler; Martin Schobesberger; Alois Ferscha; Viktorijo Malisa; Georg Effenberger (IOT, 2021)

Micro Activities Recognition and Macro Worksteps Classification for Industrial IoT Processes. - Georgios Sopidis; Abdelrahman Ahmad; Michael Haslgrübler; Alois Ferscha; Martin Baresch (IOT, 2021)

Sustainability Through Cognition Aware Safety Systems - Next Level Human-Machine-Interaction. - Juergen Mangler; Konrad Diwold; Dieter Etz; Stefanie Rinderle-Ma; Alois Ferscha; Gerald Reiner; Wolfgang Kastner; Sebastien Bougain; Christoph Pollak; Michael Haslgrübler (CoRR, 2021)

Determining Best Hardware, Software and Data Structures for Worker Guidance during a Complex Assembly Task. - Bernhard Anzengruber-Tanase; Georgios Sopidis; Michael Haslgrübler; Alois Ferscha (PETRA, 2022)

Skill Level Detection in Arc Welding towards an Assistance System for Workers. - Markus Laube; Michael Haslgrübler; Behrooz Azadi; Bernhard Anzengruber-Tanase; Alois Ferscha (PETRA, 2022)

Designing Proactive Safety Systems for Industrial Workers Using Intelligent Mechanisms. - Martin Schobesberger; Jaroslava Huber; Stefan Grünberger; Michael Haslgrübler; Alois Ferscha (PETRA, 2022)

Micro-activity recognition in industrial assembly process with IMU data and deep learning. - Georgios Sopidis; Michael Haslgrübler; Behrooz Azadi; Bernhard Anzengruber-Tanase; Abdelrahman Ahmad; Alois Ferscha; Martin Baresch (PETRA, 2022)

Alpine Skiing Activity Recognition Using Smartphone's IMUs. - Behrooz Azadi; Michael Haslgrübler; Bernhard Anzengruber-Tanase; Stefan Grünberger; Alois Ferscha (Sensors, 2022)

Analyzing Arc Welding Techniques improves Skill Level Assessment in Industrial Manufacturing Processes. - Markus Laube; Georgios Sopidis; Bernhard Anzengruber-Tanase; Alois Ferscha; Michael Haslgrübler (PETRA, 2023)

Counting Activities Using Weakly Labeled Raw Acceleration Data: A Variable-Length Sequence Approach with Deep Learning to Maintain Event Duration Flexibility. - Georgios Sopidis; Michael Haslgrübler; Alois Ferscha (Sensors, 2023)

Physiological workload assessment for highly flexible fine-motory assembly tasks using machine learning. - Markus Brillinger; Samuel Manfredi; Dominik Leder; Martin Bloder; Markus Jäger 003; Konrad Diwold; Amer Kajmakovic; Michael Haslgrübler; Rudolf Pichler; Martin Brunner; Stefan Mehr; Viktorijo Malisa (Comput. Ind. Eng., 2024)

Robust Feature Representation Using Multi-Task Learning for Human Activity Recognition. - Behrooz Azadi; Michael Haslgrübler; Bernhard Anzengruber-Tanase; Georgios Sopidis; Alois Ferscha (Sensors, 2024)

Interpretability of Causal Discovery in Tracking Deterioration in a Highly Dynamic Process. - Asha Choudhary; Matej Vukovic; Belgin Mutlu; Michael Haslgrübler; Roman Kern (Sensors, 2024)

System Design for Sensing in Manufacturing to Apply AI through Hierarchical Abstraction Levels. - Georgios Sopidis; Michael Haslgrübler; Behrooz Azadi; Ouijdane Guiza; Martin Schobesberger; Bernhard Anzengruber-Tanase; Alois Ferscha (Sensors, 2024)