UR-AI2022 : Artificial Intelligence : Applications in Medicine and Manufacturing
UR-AI2022 : Artificial Intelligence : Applications in Medicine and Manufacturing

To deliver better healthcare to patients and advance healthcare solutions as well as to increase the efficiency of the manufacturing process and thus reduce material and energy consumption in production, more and more artificial intelligence (AI) methods are applied in the field of both, Medicine and Manufacturing. Some of the exciting applications in these areas are remote patient treatment, transcription and storage of digitalized medical data, new drug development, support tools for fastened disease diagnosis, visual quality control in production processes, intelligent supply chain, and logistics solutions, and machine parameter optimization. The applications of artificial intelligence are manifold and therefore, many experts call AI a disruptive and cross-sectional technology. In general, AI is mainly used to optimize internal processes or to develop new business models. However, AI for Medicine and Manufacturing faces obstacles such as a shortage of high-dimensional data, privacy concerns regarding the data collected, and the risks of the creation of biased algorithms if data are not collected over a representative population. The articles presented in this conference proceedings report are selected from the oral presentations and poster presentations from the conference held on 19 October 2022 at the University Furtwangen, Campus Schwenningen, and assigned to the chapters MANUFACTURING, MACHINE LEARNING, and MEDICAL TECHNOLOGY. The URAI 2022 is the fourth conference on artificial intelligence organized by the tri-national alliance TriRhenaTech, the alliance of universities of applied sciences in the Upper Rhine region.

ISBN: 978-3-00-073637-7

e-ISBN: 978-3-00-073638-4

Original publication: https://www.researchgate.net/publication/364343172

Full Issue
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Foreword

Christoph Reich, Ulrich Mescheder
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Foreword
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Chapter 1: Manufacturing

Marco Huber
1
Cognitive Production Systems – Machine Learning in Industrial Manufacturing: Keynote Abstract: 1
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Tim Schanz, Robin Tenscher-Phlipp, Fabian Marschall, Martin Simon
2-11
AI-Powered Defect Segmentation in Industrial CT Data
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Mona Kirstin Fehling, Maximilian Linxweiler, Bernhard Schick, J¨org Lohscheller
12-18
Deep Learning based classification of vocal folds’ vibration dynamics
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Alparslan Babur, Nicolas Dockwiller, Ali Moukadem, Alain Dieterlen, Katrin Skerl
19-24
Feasibility study to distinguish movements automatically by analysing the pressure distribution on a seat
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Kawther Aboalam, Christoph Neuswirth, Florian Pernau, Stefan Schiebel, Fabian Spaethe, Manfred Strohrmann
25-34
Image Processing and Neural Network Optimization Methods for Automatic Visual Inspection
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Arsema Derbie, Maurice Kettner, Eyassu Woldesenbet
35-40
Learning based Model Predictive Control of a High-Altitude Simulation Chamber
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Jennifer Brucker, Wolfgang G. Bessler, Rainer Gasper
41-50
Modelling of a large-format lithium-iron-phosphate-based lithium-ion battery cell with neural ordinary differential equations
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Christoph Uhrhan, Philipp Triebold, Orion Franz Lorenz Salas
51-56
Object Classification with a Robot Gripper equipped with Force Sensitive Fingertips using Convolutional Neural Networks
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Faramarz Hojati, Bahman Azarhoushang
57-63
Predicting critical machining conditions using time-series imaging and deep learning in slot milling of titanium alloy
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Sebastian Bold, Sven Urschel
64-65
Searching for Feature Sets for Misalignment Classification Using Experimental Data and Data Mining
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Adrian F. Meyer, Denis Jordan
66-73
Silage Bale Detection for the «Cultivable Area» Update of the Cantonal Agricultural Office, Thurgau
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Theresa Schmiedel, Vivienne Jia Zhong, Janine Jäger
74-79
Value-Sensitive Design for AI Technologies: Proposition of Basic Research Principles Based on Social Robotics Research
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Chapter 3: Medical technology

Lars Mündermann
123
AI in medicine – overrated or groundbreak- ing? Keynote Abstract: 3
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Robin Heckenauer, Jonathan Weber, C´edric Wemmert, Michel Hassenforder, Pierre-Alain Muller, Germain Forestier
124-131
Breast cancer classification methods for augmented reality microscopes
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Herag Arabian, Knut Moeller
132-136
Generative Adversarial Network for Facial Emotion Recognition: A Feasibility Study
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Torsten Zesch, Jeanette Bewersdorff
137-145
German Medical Natural Language Processing – A Data-centric Survey
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Martin Haimerl
146-150
Risk-based Assessment of ML-based Medical Devices
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Filip Paskali, Angela Dieterich, Matthias Kohl
151-157
Specification of neck muscle dysfunction through digital image analysis using machine learning
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Tamer Abdulbaki Alshirbaji, Nour Aldeen Jalal, Thomas Neumuth, Knut Moeller
158-161
Spatial-temporal Modelling for Surgical Tool Classification in Cholecystectomy Videos
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