„… possibilities of AI, the transition to autonomy will happen stepwise. Based on a basic taxonomy of autonomy …” „… learning and AI: to achieve higher autonomy, classical rule-based programming or automation and control …” „… intelligence (AI). Other related aspects are legal aspects, social acceptance or the fact that there is a …”

„… EdgeAI Prof. Dr.-Ing. W. Maaß, Dr.-Ing. S. Janzen, Deutsches Forschungszentrum für Künstliche …” „… Smart Services bildet eine EdgeAI-Plattform, welche Module der künstlichen Intelligenz auf dezentralen …” „… der genannten Herausforderungen wurde die EdgeAI-Plattform Tucana entwickelt. Mit einer rein …”

„… & Service Assist System Framework for Production Priorization – Flexible Architecture to integrate …” „… Prozessführung Modelling and Control of a Continuous Vibrated Fluidized Bed Dryer in Pharmaceutical Production …” „… IGCV, Augsburg Co-Simulation-based virtual Commissioning for modular process plants – Requirements …”

„… module-based plant design," Chemical Engineering Research and Design, vol. 137, 2018. [9] M. Eilermann et al …” „… ] ZVEI;NAMUR;ProcessNet;VDMA, "Process INDUSTRIE 4.0: The Age of Modular Production on the doorstep to market launch," 2019 …” „… , 2017. [28] H. Bloch et al., "State-based control of process services within modular process plants …”

„… condition-based maintenance measures in complex production systems Within multi-level production systems …” „… downtime of machines on the production process. In this paper, a dynamic approach based on event-driven …” „… .: Condition-based maintenance planning of highly productive machine tools. Production Engineering 6 (2012) No. 3 …”

„… order to identify the need for potential changeability. Based on this, possible reaction strategies are …” „… -basierter Kapitalwerte (KW) [14]. Hierbei ist für jede Reak -tionsstrategie (a,…,i) und jedes Szenario (1 …” „… Changeable and Vitual Production - The Emperor´s New Clothes or Key Factor for Future Success? In: Zäh, M …”

„… Virtual development – optimized E-Drive selection by system simulation System model based on …” „… to the product. The system requirements are analysed based on the GKN internal feature …” „… cat-egorization of an electric drive system. AI algorithms for automized categorization on the high number of …”

„… 2014 [14] Hinkle, D.; Toomey, C.: Applying case-based reasoning to manufacturing. AI magazine 16 …” „… developed for individualized production processes. This paper analyzes the potential of “Case Based …” „… Prozessoptimierung nicht einfach übernommen werden. In diesem Fachbeitrag werden die Möglichkeiten des „Case Based …”

„… production of foil-based sensors made of graphene. Graphene is a suitable material for electrodes of …” „… sensor production - Rotary printing of foil-based graphene sensors Thorsten Knoll, Axel Brenner, Dr …” „… Autor. the production of the gravure cylinders and the graphene-based ink as well as the results of …”

„… AI for sustainable agriculture based on the GAIA-X infrastructure [14]. Even though architectural …” „… building use cases and services based on such data and agricultural processes. Major challenges in such a …” „… role in traditional as well as new agricultural production and business processes on many levels, such …”

„… prerequisite for optimal, fact-based decisions is the quantification of the production target in the form of …” „… Estimation of grassland yield from satellite data with ANN based transfer learning B.Sc. Elias …” „… resource planning. Satellite-based yield prediction allows estimating yields before the harvest. One of …”

„… context of agriculture and production on solid floors, but not on agricultural fields. The root mean …” „… can lead even to sensor failures. Infrastructure-based localization systems, e.g. with RFID or QR …” „… based on a ground penetrating radar is presented in this paper for this reason. However, the goal of …”

„… , cloud-based routing software, process simulation and AI-based adaptive control algorithms (Liakos et al …” „… agricultural cyber-physical production systems Dipl.-Ing. Sebastian Lorenz, Technical University Dresden …” „… task-based activities with their frequency, severity and requirements for the operator and the human-machine …”