Publications

X. Tang André Buchau Wolfgang M. Rucker Wolfgang Hafla, Antoni Bardakcioglu. Adaptive Mesh Refinement in Nonlinear Magnetostatic Problems with the Integral Equation Method; 16th Conference on the Computation of Electromagnetic Fields Compumag 2007, Aachen, pp. 915-916, 2007: Adaptive Mesh Refinement in Nonlinear Magnetostatic Problems with the Integral Equation Method; 16th Conference on the Computation of Electromagnetic Fields Compumag 2007, Aachen, pp. 915-916, 2007. --, 2007. [PUMA: A equation method neural ISW isw-2007 posteriori integral network, logic, refinement fuzzy indicators,]

Paul Burkhardt, Krzysztof Rudion, A. Frank, and Alexander Probst. Evaluation of Transit Power Flows in High Voltage Distribution Grids using Fuzzy Logic.. June 2023. [PUMA: High in using Evaluation Flows Transit Distribution Grids Voltage of Fuzzy Logic Power]

Sebastian Poeschl, Jannik Lieb, Frank Wirth, and Thomas Bauernhansl. Expert Systems in Special Machinery: Increasing the Productivity of Processes in Commissioning |Q HE. Procedia CIRP, (63):545D550, Elsevier, Amsterdam u.a., 2017. [PUMA: IFF, Expertenwissen, GSaME Bayesian Kommissioniersystem, Prozessplanung, Kommissionieren, IPA, Prozesssimulation, Fuzzy Network, Sondermaschine, Sondermaschinenbau, set,] URL

Jackelyne Aragón-Patil, Markus Fischer, and Stefan Tenbohlen. Improvement of Dissolved Gas Analysis (DGA) by Means of Experimental Investigations of Generated Fault Gases and a Fuzzy Logic Based Interpretation Scheme. 2007. [PUMA: Generated Scheme Interpretation Experimental Fault Investigations Gases Improvement Analysis Dissolved Fuzzy Gas DGA Based Logic] URL

Jackelyne Aragón-Patil, Markus Fischer, and Stefan Tenbohlen. Improvement of interpretation of dissolved gas analysis for power transformers. 91-97, 2007. [PUMA: Sugeno Fault Discharge PRPD Analysis Dissolved Partial Fuzzy Gas PD-Stressing Detection Logic] URL

Markus Fischer, Jackelyne Aragon Patil, and Stefan Tenbohlen. Interpretation der Gas-in-Öl-Analysen von Leistungstransformatoren durch Einsatz von Fuzzy Logik mit dem Ziel einer präziseren IT-gestützten Zustandserfassung. 415-420, 2006. [PUMA: Interpretation Logik Fuzzy Gas-in-Öl-Analysen Leistungstransformatoren IT-gestützte Zustandserfassung] URL

Jackelyne Aragón-Patil, Markus Fischer, Stefan Tenbohlen, Z.D. Wang, Michael Schäfer, and Ivanka Atanasova-Höhlein. Investigation on Sampling, Measurement and Interpretation of Gas-in-Oil Analysis for Power Transformers. 2008. [PUMA: Condition Transformer Inference System Oil Analysis Monitoring Dissolved Fuzzy Gas Sampling Pattern Trainable Power Recognition] URL

Enzo Cardillo, and Kurt Feser. Monitoring System of Large Power Transformers based on up-to-date Information Technology. 2004. [PUMA: Transformer ageing monitoring Paper/Oil-insulation Hot-spot technology Field Overloadcapability controlled fan Fuzzy operation bus Thermal temperature Power] URL

Sebastian Poeschl, Dominik Röck, Frank Wirth, and Thomas Bauernhansl. Process Planning in Special Machinery: Increasing Reliability in Volatile Surroundings |Q HE. Procedia CIRP, (63):551D556, Elsevier, Amsterdam u.a., 2017. [PUMA: IFF, Expertenwissen, GSaME Bayesian Kommissioniersystem, Management, Prozessplanung, Kommissionieren, IPA, Change Prozesssimulation, Fuzzy Network, Sondermaschine, Sondermaschinenbau, set,] URL

Daniel Coupek, Aybike Gülec, Armin Lechler, and Alexander Verl. Selective rotor Assembly Using Fuzzy Logic in the Production of Electric Drives. Procedia \CIRP\, (33):550 - 555, 2015. [PUMA: Control Fuzzy logic Selecvtive Drive assembly xlr Feedforward Assembly xck] URL