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During the use phase of Product-Service Systems (PSS) various kinds of usage data describing the interaction of user and PSS are collected. This information could be used to design PSS tailored to the needs of the users, but in industry this possibility is not utilized due to a lack of support for the analysis of the data. In this paper we present an approach and a model for systematically integrating...
During the development of product-service systems (PSS), various artifacts are modeled by the different involved disciplines, e.g. mechanics, electrics, electronics, software and services. Each of these artifacts represents different aspects of the PSS as a whole. In order to reuse the respective information that are contained in each artifact but which are represented using different ways of modeling,...
Especially the early phase of the innovation process, the planning phase, is characterized by extensive decisions and a wide range of uncertainty. Hence, it is essential for product designers to understand future Product-Service System characteristics and prospective properties. Thus, in this paper we present a framework for depicting a Product-Service System model throughout the planning phase of...
The timing of testing the maturity of a product within the product development process challenges manufacturing firms. This paper presents an approach to identify the timing to be checked for differences between the as-is-state and anticipated to-be-state of the development. Therefore, a model is established to simulate a product development process by using a fuzzy-expert system. Using this model,...
Modern mechatronic Product-Service Systems (PSS), as a combination of mechanics, electrics, electronics, software and services, require an interdisciplinary system understanding and development process. During the development, each discipline uses specific modeling languages and tools, which focus on certain aspects of the system. However, much of the model information is commonly used in the different...
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