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Start Over Descriptor "Automated planning" Language german
3 results on '"Automated planning"'

1. AI for AEC: KI für Bauplanung und Bau.

Author

Wortmann, Thomas, Herschel, Melanie, Staab, Steffen, and Tarín, Cristina

Subjects
*KNOWLEDGE graphs, *REINFORCEMENT learning, *DATA integration, *INFORMATION modeling, *PARTICIPATORY design
Abstract

AI for AEC The article surveys current methods of data integration, artificial intelligence (AI), optimization, and control and their (potential) applications in architecture, engineering and construction. The survey includes symbolic AI‐methods as well as subsymbolic AI methods, i. e., machine learning. The article presents these methods in the context of applications that provide insight into current research projects at the Cluster of Excellence "Integrative Computational Design and Construction for Architecture" (IntCDC) at the University of Stuttgart: (1) Data integration to link data silos in design and construction processes, (2) knowledge graphs to represent knowledge in multidisciplinary design processes, (3) automated planning for scheduling and distribution of construction tasks, (4) supervised learning to estimate the results of expensive building simulations such as operational energy or of the behavior of natural materials such as wood, (5) unsupervised learning to visualize optimization results, (6) reinforcement learning for building with fibers and bamboo, and (8) control for construction robotics. The article concludes that integrative computational design and construction requires the cooperation of humans, material, and machines, and that AI – instead of merely automating design and construction processes – can moderate this cooperation. [ABSTRACT FROM AUTHOR]

Published
2022
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2. Key Figure Based Control, Coordination and Action Planning in Multi-Agent Systems

Author

Pantke, Florian M., Herzog, Otthein, and Timm, Ingo J.

Subjects
automated planning, 000 Computer science, knowledge and systems, PDDL, real-valued constraint satisfaction, ddc:000, multi-criteria optimization, key performance indicators, multi-agent systems, Industrie 4.0, interval arithmetic, cyber-physical systems, production planning and control
Abstract

To be of practical use, the implementation of flexible and modular agent-based cyber-physical systems (CPS) for real-world autonomous control applications in Industry 4.0 oftentimes requires the domain-specific software agents to adhere to the organization's overall qualitative and quantitative business goals, usually expressed in terms of numeric key performance indicators (KPI). In this thesis, a general software framework for multi-agent systems (MAS) and CPS is developed that facilitates the integration and configuration of KPI-related objectives into the agents' individual decision processes. It allows the user of an agent system to define new KPIs and associated multi-criteria goals and supports inter-agent coordination as well as detailed KPI-based action planning, all at runtime of the MAS. The domain-independent components of the proposed KPI framework are implemented as a Java programming library and evaluated in a simulated production planning and control scenario.

Published
2017

3. Agentenbasiertes Planungsmodell für die Grobplanung von Kommissioniersystemen

Author

Marita Ellinger, Michael ten Hompel, and Publica

Subjects
automated planning, multi agent system, order picking system, planning model, PASSI method, automatisierte Planung, Multiagentensystem, Multi-Agenten-System (MAS), Kommissioniersystem, Planungsmodell
Abstract

Logistics Journal, Vol. 2012, Iss. 01 - Rechnergestutzte Modellansatze, die Logistiksysteme gestalten und generieren, sind eine hochkomplexe Aufgabenstellung. Die bisher in der Praxis existierenden Planungs- und Steuerungsmodelle fur Intralogistiksysteme weisen fur die aktuellen und zukunftigen Anforderungen wie der Komplexitatsbewaltigung, Reaktionsschnelligkeit und Anpassungsfahigkeit Schwachstellen auf. – Ein innovativer Ansatz, diesen Anspruchen gerecht zu werden, stellen Multiagentensysteme dar. Mit ihrem dezentralen und modularen Charakter sind sie fur ein komplexes Problem mit einem geringen Grad an Strukturiertheit geeignet. Auserdem ermoglichen diese computergestutzten intelligenten Systeme den Anwendern eine einfache und aufwandsarme Handhabung.

Published
2012

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