Bioimpedance Spectroscopy with textile Electrodes for a continuous Monitoring Application. - Guillermo Medrano; Lisa Beckmann; Nadine Zimmermann; Tim Grundmann; Thomas Gries; Steffen Leonhardt (BSN, 2007)

Mobile Mining and Information Management in HealthNet Scenarios. - Philipp Kranen; David Kensche; Saim Kim; Nadine Zimmermann; Emmanuel Müller; Christoph Quix; Xiang Li 002; Thomas Gries; Thomas Seidl 001; Matthias Jarke; Steffen Leonhardt (MDM, 2008)

Meta-modeling for Manufacturing Processes. - Thomas Auerbach; Marion Beckers; Guido Buchholz; Urs Eppelt; Yves-Simon Gloy; Peter Fritz; Toufik Al Khawli; Stephan Kratz; Juliane Lose; Thomas Molitor; Axel Reßmann; Ulrich Thombansen; et al. (ICIRA (2), 2011)

HealthNet: A System for Mobile and Wearable Health Information Management. - Christoph Quix; Johannes Barnickel; Sandra Geisler; Marwan Hassani; Saim Kim; Xiang Li 002; Andreas Lorenz; Till Quadflieg; Thomas Gries; Matthias Jarke; Steffen Leonhardt; Ulrike Meyer; et al. (IMMoA, 2013)

Dopant-free fabrication process for graded-index polymer optical fiber solely based on temperature treatment. - Christian-Alexander Bunge; Markus Beckers; Thomas Gries; Kort Bremer; Bernhard Wilhelm Roth (ICTON, 2015)

An Intuitive Textile Input Controller. - Florian Heller; Hyun-Young Kriz Lee; Philipp Brauner; Thomas Gries; Martina Ziefle; Jan O. Borchers (MuC, 2015)

Weaving machine as cyber-physical production system: Multi-objective self-optimization of the weaving process. - Marco Saggiomo; Maximilian Kemper; Yves-Simon Gloy; Thomas Gries (ICIT, 2016)

Gardeene! Textile Controls for the Home Environment. - Florian Heller; Lukas Oßmann; Nur Al-huda Hamdan; Philipp Brauner; Julia van Heek; Klaus Scheulen; Christian Möllering; Laura Goßen; Rouven Witsch; Martina Ziefle; Thomas Gries; Jan O. Borchers (MuC, 2016)

Towards Accepted Smart Interactive Textiles - The Interdisciplinary Project INTUITEX. - Philipp Brauner; Julia van Heek; Anne Kathrin Schaar; Martina Ziefle; Nur Al-huda Hamdan; Lukas Oßmann; Florian Heller; Jan O. Borchers; Klaus Scheulen; Thomas Gries; Hannah Kraft; Hannes Fromm; et al. (HCI (23), 2017)

Fully Automatic Faulty Weft Thread Detection using a Camera System and Feature-based Pattern Recognition. - Marcin Kopaczka; Marco Saggiomo; Moritz Güttler; Thomas Gries; Dorit Merhof (ICPRAM, 2018)

A Research Framework for Human Aspects in the Internet of Production - An Intra-company Perspective. - Philipp Brauner; Florian Brillowski; Hannah Dammers; Peter Königs; Frauke Kordtomeikel; Henning Petruck; Anne Kathrin Schaar; Seth Schmitz; Linda Steuer-Dankert; Alexander Mertens; Thomas Gries; Carmen Leicht-Scholten; et al. (AHFE (16), 2020)

Accurate Stitch Position Identification of Sewn Threads in Textiles. - Dieter Geller; Tarek Stiebel; Oliver Rippel; Jonas Osburg; Volker Lutz; Thomas Gries; Dorit Merhof (ETFA, 2020)

Automated Segmentation of Profiled Fibers in cross-sectional Micrographs for Quality Control. - Oliver Rippel; Maximilian Schnabel; Georg-Philipp Paar; Thomas Gries; Dorit Merhof (I2MTC, 2020)

Fiber Cross-Coupling Mechanisms in Optical Pressure Sensor Arrays. - Christian-Alexander Bunge; Jan Kallweit; Levent Colakoglu; Thomas Gries (IEEE SENSORS, 2020)

Human Digital Shadow: Data-based Modeling of Users and Usage in the Internet of Production. - Alexander Mertens; Sebastian Pütz; Philipp Brauner; Florian Brillowski; Nadine Buczak; Hannah Dammers; Marc Van Dyck; Iris Kong; Peter Königs; Frauke Kordtomeikel; Niklas Rodemann; Anne Kathrin Schaar; et al. (HSI, 2021)

Digitizing a Distributed Textile Production Process using Industrial Internet of Things: A Use-Case. - Michael Rath 003; Aymen Gannouni; Daniel Lütticke; Thomas Gries (ICPS, 2021)

Estimating the Probability Density Function of New Fabrics for Fabric Anomaly Detection. - Oliver Rippel; Maximilian Müller; Andreas Münkel; Thomas Gries; Dorit Merhof (ICPRAM, 2021)

Distributed parameter modeling and model predictive control of weft insertion in air-jet weaving. - Tong Wu; Marvin Huang; Patrick Ochudlo; Lorenz Dörschel; Maximilian Kemper; Dirk Abel; Thomas Gries (Autom., 2021)

Model-based predictive brake control during weft insertion in air-jet weaving. - Tong Wu; Sebastian Stemmler; Maximilian Kemper; Dirk Abel; Thomas Gries (Int. J. Prod. Res., 2021)

Analysis of Fibre Cross-Coupling Mechanisms in Fibre-Optical Force Sensors. - Christian-Alexander Bunge; Jan Kallweit; Levent Colakoglu; Thomas Gries (Sensors, 2021)

A Framework for the Classification of Human-Robot Interactions Within the Internet of Production. - Ralph Baier; Hannah Dammers; Alexander Mertens; Mohamed Behery; Daniel Gossen; Srikanth Nouduri; Lukas Pelzer; Amir Shahidi; Minh Trinh; Christian Brecher; Burkhard Corves; Thomas Gries; et al. (HCI (2), 2022)

An Interdisciplinary View on Humane Interfaces for Digital Shadows in the Internet of Production. - Sebastian Pütz; Ralph Baier; Philipp Brauner; Florian Brillowski; Hannah Dammers; Gian Luca Liehner; Alexander Mertens; Niklas Rodemann; Sebastian Schneider; Alexander Schollemann; Linda Steuer-Dankert; Luisa Vervier; et al. (HSI, 2022)

Modelling Human Factors in Cyber Physical Production Systems by the Integration of Human Digital Shadows. - Alexander Mertens; Philipp Brauner; Ralph Baier; Florian Brillowski; Hannah Dammers; Marc Van Dyck; Iris Kong; Peter Königs; Frauke Kordtomeikel; Gian Luca Liehner; Sebastian Pütz; Niklas Rodemann; et al. (Modellierung (Workshops), 2022)

Particle doped fiber based sensors for the monitoring of structures. - Jeanette Ortega; Thomas Gries (SAS, 2022)

The smoots Package in R for Semiparametric Modeling of Trend Stationary Time Series. - Yuanhua Feng; Thomas Gries; Sebastian Letmathe; Dominik Schulz (R J., 2022)

Safety of Human-Robot Collaboration within the Internet of Production. - Minh Trinh; Hannah Dammers; Mohamed Behery; Ralph Baier; Thomas Henn; Daniel Gossen; Burkhard Corves; Stefan Kowalewski; Verena Nitsch; Gerhard Lakemeyer; Thomas Gries; Christian Brecher (HCI (29), 2023)

Proving the Potential of Skeleton Based Action Recognition to Automate the Analysis of Manual Processes. - M. Berger; Frederik Cloppenburg; Jens Eufinger; Thomas Gries (IntelliSys (2), 2023)

Sustainability in the Internet of Production: Interdisciplinary Opportunities and Challenges. - Sebastian Bernhard; Sebastian Pütz; Calvin Röhl; Ralph Baier; Philipp Brauner; Ester Christou; Hannah Dammers; Roman Flaig; Leon M. Gorißen; Jan-Christoph Heilinger; Christian Hinke; István Koren; et al. (ISTAS, 2023)

Scalable Concept Extraction in Industry 4.0. - Andres Felipe Posada-Moreno; Kai Müller; Florian Brillowski; Friedrich Solowjow; Thomas Gries; Sebastian Trimpe (xAI (3), 2023)

Proving the Potential of Skeleton Based Action Recognition to Automate the Analysis of Manual Processes. - Marlin Berger; Frederik Cloppenburg; Jens Eufinger; Thomas Gries (CoRR, 2023)

Carbon Rovings as Strain Sensor in TRC Structures: Effect of Roving Cross-Sectional Shape and Coating Material on the Electrical Response under Bending Stress. - Gözdem Dittel; Irem Ecem Cicek; Michael Bredol; Thomas Gries (Sensors, 2023)

image classification dataset on carbon fiber reinforcement quality control. - Andres Felipe Posada-Moreno; Kai Müller; Florian Brillowski; Friedrich Solowjow; Thomas Gries; Sebastian Trimpe (Zenodo, 2023)

image classification dataset on tailored textiles quality control. - Andres Felipe Posada-Moreno; Kai Müller; Florian Brillowski; Friedrich Solowjow; Thomas Gries; Sebastian Trimpe (Zenodo, 2023)

Multi-objective design optimization of bioresorbable braided stents. - Dario Carbonaro; Agnese Lucchetti; Alberto L. Audenino; Thomas Gries; Ted J. Vaughan; Claudio Chiastra (Comput. Methods Programs Biomed., 2023)

Demonstrating Data-to-Knowledge Pipelines for Connecting Production Sites in the World Wide Lab. - Leon M. Gorißen; Jan-Niklas Schneider; Mohamed Behery; Philipp Brauner; Moritz Lennartz; David Kötter; Thomas Kaster; Oliver Petrovic; Christian Hinke; Thomas Gries; Gerhard Lakemeyer; Martina Ziefle; et al. (CoRR, 2024)

Towards autonomous learning and optimisation in textile production: data-driven simulation approach for optimiser validation. - Ruben Kins; Christian Möbitz; Thomas Gries (J. Intell. Manuf., 2025)