00 Informatik, Wissen, Systeme
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Industrial 5G applications
(2019)
In der Demonstrationsfabrik werden 3 exemplarische 5G-Anwendungsfälle entlang der gesamten Wertschöpfungskette eines produzierenden Unternehmens vorgestellt. Das Future Warehouse ermöglicht neben der Datenerfassung und -verfolgung in Echtzeit auch die einfache Nachrüstung von Technologie-Upgrades. 5G-Intralogistik zeichnet sich durch autonome Antriebssysteme aus, die durch niedrige Latenzen und Netzwerk-Slicing in Echtzeit steuerbar und zuverlässig sind. Die 5G-Montage umfasst die vollständige drahtlose Vernetzung von Montagelinien und ermöglicht eine kontinuierliche und kurzzyklische Optimierung des Montageprozesses.
For most industries, Artificial Intelligence (AI) holds substantial potentials. In the last decades, the extent of data created worldwide is exponentially increasing, and this trend is likely to continue. However, despite the prospects, many companies are not yet using AI at all or not generating added value. Often, an AI project does not exceed its pilot phase and is not scaled up. The problems to create value from AI applications in companies are manifold, especially since AI itself is diverse and there is no ‘one size fits all’ approach. One often stated obstacle, why many AI projects fail, is a missing AI strategy. This leads to isolated solutions, which do not consider synergies, scalability and seldom result in added value for the company. To create a company-specific AI strategy with a top-down approach, a generic but holistic framework is needed. This paper proposes a strategic AI procedure model that enables companies to define a specific AI strategy for successfully implementing AI solutions. In addition, we demonstrate in this paper how we apply the introduced strategic AI procedure model on an AI-based flexible monitoring and regulation system for power distribution grid operators in the context of an ongoing research project.