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Industrial Product-Service System modelling base on Systems Engineering: Application of sensor integration to support smart services

机译：基于系统工程的工业产品-服务系统建模：传感器集成在支持智能服务中的应用

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Product-Service System (PSS) has been proposed as a promising value-creation strategy to handle the new market’s challenges. Despite the numerous proposed methodologies, PSS development is still a perennial topic of debates. To solve this issue, either product or service development processes are adopted. Though, a customised development process according to PSS characteristics seems more efficient. In this context, Systems Engineering (SE) could be advantageous since it supports the integration of the interconnected heterogeneous components of PSS. Moreover, industrial PSS is highly tight with the Cyber-Physical Systems (CPSs). This integration improves the manufacturers’ capability in the information capturing and eases the service providing. Consequently, the sensing system, either as a component of service or a service enabler, plays a crucial role in PSS. As a result, managing the interfaces between the sensor, product and service is necessary for PSS integration. This paper aims to explore the idea of using SE recommendation for PSS modelling to integrate different viewpoints in PSS lifecycle. To do so, the deployment of SE to integrate sensing system in PSS has been explored as an industrial use case.
机译：产品服务系统（PSS）已被提出作为一种有希望的价值创造策略，以应对新市场的挑战。尽管提出了许多建议的方法，但是PSS的开发仍然是辩论的常年话题。为了解决此问题，采用了产品或服务开发过程。但是，根据PSS特性进行定制的开发过程似乎更有效。在这种情况下，系统工程（SE）可能是有利的，因为它支持PSS的互连异构组件的集成。此外，工业PSS与网络物理系统（CPS）紧密相关。这种集成提高了制造商的信息捕获能力，并简化了提供服务的过程。因此，作为服务的一部分或服务使能器的传感系统在PSS中起着至关重要的作用。因此，对于PSS集成，必须管理传感器，产品和服务之间的接口。本文旨在探讨将SE推荐用于PSS建模的思想，以将不同观点整合到PSS生命周期中。为此，已经探索了将SE集成到PSS中集成传感系统的SE作为工业用例。

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