References of "Seemüller, Holger"
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See detailAgentenbasierte Koordination und Überwachung des Designs mechatronischer Systeme
Seemüller, Holger; Chami, Mohammad; Voos, Holger UL

in Göhner, Peter (Ed.) Agentensysteme in der Automatisierungstechnik (2013)

Der Entwicklungsprozess mechatronischer Produkte ist geprägt durch deren interdisziplinären Charakter und steigende Komplexität. Es gilt, diese Komplexität durch methodische Ansätze beherrschbar zu machen ... [more ▼]

Der Entwicklungsprozess mechatronischer Produkte ist geprägt durch deren interdisziplinären Charakter und steigende Komplexität. Es gilt, diese Komplexität durch methodische Ansätze beherrschbar zu machen und, unter Berücksichtigung gegenseitiger Abhängigkeiten, die beteiligten Entwickler effizient zu koordinieren. Modellbasierte Ansätze zur Modellierung von System und Entwicklungsaktivitäten haben bereits erste Möglichkeiten hervorgebracht, den Entwicklungsprozess in diesem Sinne zu unterstützen. Dieser Beitrag stellt einen agentenbasierten Ansatz zur IT-unterstützten Koordination und Überwachung des Designs mechatronischer Produkte vor. Dabei werden Resultate modellbasierter Ansätze als Wissensbasen verwendet, um Informationen über System und Prozess zu erhalten und gegenseitige Abhängigkeiten zu überwachen. Der Beitrag stellt das Konzept sowie die Agentenarchitektur vor und zeigt dessen Anwendbarkeit anhand eines Anwendungsbeispiels. [less ▲]

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See detailInterdisciplinary System Model for Agent-Supported Mechatronic Design
Stetter, Ralf; Seemüller, Holger; Chami, Mohammad et al

in International Conference on Engineering Design ICED`11, Copenhagen, 2011 (2011)

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See detailSituational Method Engineering applied for the Enactment of Development Processes: An Agent-based Approach
Seemüller, Holger; Voos, Holger UL; Honke, B. et al

in 12th Int. Conference on Enterprise Information Systems ICEIS 2010, Funchal, Portugal, 2010 (2010)

Interdisciplinary product development is faced with the collaboration of diverse roles and a multitude of interrelated artifacts. Traditional and sequential process models cannot deal with the long ... [more ▼]

Interdisciplinary product development is faced with the collaboration of diverse roles and a multitude of interrelated artifacts. Traditional and sequential process models cannot deal with the long-lasting and dynamic behavior of the development processes of today. Moreover, development processes have to be tailored to the needs of the projects, which are usually distributed today. Thus, keeping these projects on track from a methodology point of view is difficult. In order to deal with these challenges, this paper will present a novel method engineering and enactment approach. It combines the ideas of workflow technologies and product line engineering for method engineering as well as agent technology for the development process enactment. [less ▲]

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See detailA SysML-based Integration Framework for the Engineering of Mechatronic Systems
Chami, Muhammad; Seemüller, Holger; Voos, Holger UL

in IEEE/ASME International Conference on Mechatronics and Embedded Systems and Applications (MESA), Qingdao, China, 2010 (2010)

The engineering discipline mechatronics is one of the main innovation leader in industry nowadays. With the need for an optimal synergetic integration of the involved disciplines, the engineering process ... [more ▼]

The engineering discipline mechatronics is one of the main innovation leader in industry nowadays. With the need for an optimal synergetic integration of the involved disciplines, the engineering process of mechatronic systems is faced with an increasing complexity and the interdisciplinary nature of these systems. New methods and techniques have to be developed to deal with these challenges. This document presents an approach of a SysML-based integration framework that shall deal with the complexity and bring the different disciplines together for a better cooperation and collaboration. Therefore, SysML shall be used for the overall interdisciplinary system design and simultaniously act as a link between the heterogenous model data of the discipline specific tools. [less ▲]

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