Product Processes based on Digital Twin

Alaei, Nima; Rouvinen, Asko; Mikkola, Aki; Nikkilä, Raimo

doi:10.1007/978-3-658-21300-8_15

Cited by 8 publications

(4 citation statements)

References 7 publications

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“…Virtual and real-time simulation environments extend the accessibility of diverse stakeholder groups (such as global product designers, research and development teams, final users and customers), so they are able to collaborate jointly on a digital twin platform environment. With digital twin technology, for example, vendors may easily educate and train stakeholders in value networks and provide more extensive customer support for clients [45]. As virtual and physical objects, together with data, form the core of the digital twin [37,46], a digital twin is a notable technology with which organisations can be assisted in decision-making as well.…”

Section: The Benefits Of the Digital Twinmentioning

confidence: 99%

Urban development with dynamic digital twins in Helsinki city

Hämäläinen

2021

IET Smart Cities

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A dynamic digital twin is a feasible solution that can be employed to build real-time connectivity between virtual and physical objects. Industries like manufacturing, aerospace and healthcare utilise dynamic digital twins for simulation, monitoring and control purposes, but recently, this nascent technology has also attracted the interest of urban designers. Due to the novelty of the dynamic digital twin in urban design, this research study addresses the concept of digital twin technology and investigates its applicability in so-called smart city settings. Drawing on results from research interviews and examples from the Digital Twin project in Helsinki city, the research illustrates that solid data infrastructure forms the foundation for urban digital twins and the development of future smart city applications and services. Furthermore, data-enriched digital twins evidently accelerate smart city experimentations and strengthen both learning and knowledge-based decision-making. Digital twins have also proved that they offer an environment in which smart city practitioners can bridge multi-stakeholder urban design teams through one digital platform.

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Section: The Benefits Of the Digital Twinmentioning

confidence: 99%

Urban development with dynamic digital twins in Helsinki city

Hämäläinen

2021

IET Smart Cities

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“…With digital twin technology vendors may easily educate and train stakeholders in value networks and provide more extensive customer support for clients. (Alaei et al 2018. ) As virtual and physical objects together with data form the core of the digital twin (Tao et al, 2017;Zheng, Yang, Chen, 2019) digital twin is notable technology to assist organizations with decision making.…”

Section: Benefits Of the Digital Twinmentioning

confidence: 99%

The user experience of personalized content

Mejtoft¹,

Lindmark²,

Söderström³

et al. 2020

33rd Bled eConference – Enabling Technology for a Sustainable Society: June 28 – 29, 2020, Online Conference Proceedings

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Content in digital services is often filtered for users based on individual preferences with the possible consequence of creating a state referred to as a “filter bubble”. The objective of this paper is to examine which of a user’s inherent needs that are important to satisfy when a user is consuming personalized content in a digital service. The paper uses a survey to measure the need for autonomy, competence and relatedness of the SelfDetermination Theory when users are consuming filtered content in digital services. The results show that the investigated services fail to satisfy all needs. A satisfactory user experience should include the opportunity for the user to satisfy the need for autonomy, competence and relatedness. For autonomy, transparency of filtering and choice about filtering should be offered. For competence, it is essential to offer content that the user can learn from, and also provide the right amount of choice throughout the service. The danger of filter bubbles is not personalization, but to remove choice about personalization.

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“…The interest in digital twin technologies is rising as the concept of a smart digital factory and sensor-driven operations have gained the attention of many manufacturing companies [2]. DT enable autonomous objects to imitate the current state of processes and their own behaviour.…”

Section: Digital Twins In Manufacturing Contextmentioning

confidence: 99%

A Digital Twin Model for Enhancing Performance Measurement in Assembly Lines

Papanagnou

2019

Internet of Things

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Dynamic manufacturing processes are characterized by a lack of coordination, complexity and sheer volumes of data. Digital transformation technologies offer the manufacturers the capability to better monitor and control both assets and production. This provides also an ever-improving ability to investigate new products and production concepts in the virtual world while optimizing future production with IoT-captured data form different devices and shop floor machine centres. In this study, a digital twin is presented for an assembly line, where IoT-captured data are fed back into the digital twin enabling manufacturers to interface, analyse and measure the performance in real-time of a manufacturing process. The digital twin concept is then applied to an assembly production plan found in the automotive industry, where actual data is considered to analyse how the digital duplicate can be used to review activities and improve productivity within all production shifts.

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Product Processes based on Digital Twin

Cited by 8 publications

References 7 publications

Urban development with dynamic digital twins in Helsinki city

Urban development with dynamic digital twins in Helsinki city

The user experience of personalized content

A Digital Twin Model for Enhancing Performance Measurement in Assembly Lines

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