Creation of a Digital Business Model Builder

Rambow-Hoeschele, Kira; Nagl, Anna; Harrison, David K.; Wood, Bruce; Bozem, Karlheinz; Braun, K.; Hoch, Peter

doi:10.1109/ice.2018.8436377

Cited by 5 publications

(3 citation statements)

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“…Most sources use it as a synonym for "accuracy". Yet, it is also used as "level of polish and preparedness of a software product" (The Refinery, 2016), "number of parameters transferred between the physical and virtual entities, their accuracy, and their level of abstraction" (Jones et al, 2020), "transmission performance" (Shi et al, 2021), "faithfulness" (Oakes et al, 2023;Rakove, 1996), or a "measure of realism" (Gross et al, 1999). For the purposes of this research, we will assume fidelity is equivalent to "structural validity" (i.e., architectural correspondence / morphism between the model and the SuS) (Qudrat-Ullah and Seong, 2010).…”

Section: Timingmentioning

confidence: 99%

Towards a Family of Digital Model/Shadow/Twin Workflows and Architectures

Paredis

Gomes

Vangheluwe

2021

Proceedings of the 2nd International Conference on Innovative Intelligent Industrial Production and Logistics

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This document is a result of the COOCK project "Smart Port 2025: improving and accelerating the operational efficiency of a harbour eco-system through the application of intelligent technologies". It reports on the needs of companies for modelling and simulation and AI-based techniques, with twinning systems in particular. This document categorizes the purposes and Properties of Interest for the use of Digital Twins. It further illustrates some of the twinning usages, and touches on some of the potential architectural compositions for twins. This last topic will be further elaborated in a followup report.

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Section: Timingmentioning

confidence: 99%

Towards a Family of Digital Model/Shadow/Twin Workflows and Architectures

Paredis

Gomes

Vangheluwe

2021

Proceedings of the 2nd International Conference on Innovative Intelligent Industrial Production and Logistics

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“…This seems consistent with how businesses actually use the business model today. A business model is often used as a theoretical simulation of what the entrepreneur wants to do with her business [2,34]. The results from these simulations is used to change the real business parameters.…”

Section: Business Model Innovationmentioning

confidence: 99%

Fundamentals of Software Startups

Tsaplin

Olga²

2020

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In recent years, there has been an explosion of interest in entrepreneurship from both practical entrepreneurs and researchers. While theories are helpful for explaining business-driven activities in a startup, they are also valid in reasoning for the practical activities occurring in the entrepreneurial context. We believe that startups would benefit from the awareness of these entrepreneurial theories and the understanding of how they can be connected to decision making in both business and engineering perspectives. In particular, we want to focus on theories that are already used by practical entrepreneurs and their advisors. As an example, we have studied the Scandinavian entrepreneurial ecosystem. We selected six groups of theories that might be particularly relevant for the startup population, namely (1) core competence and resource-based view, (2) effectuation, (3) the fulfillment of entrepreneurial opportunities, (4) bricolage, (5) business model innovation, and (6) lean startup. In this chapter, we explain these theories including the ongoing research around them, the connections among these theories and how they can be applied in a real case study.

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“…Rambow-Hoeschele et al, 2018), autonomic economic agents, decentralized organizations, crypto-conversions, distributed registers(Zamani & Giaglis, 2018); ▪ entertainment industry (game models, cybersport, show business) will actively use neurotechnologies to apply neurointerfaces in input and output devices, manage game characters on the base of brain signals of gamers(Lokhman, Karashchuk, & Kornilova, 2018); ▪ in the educational sphere, it is planned to use neurotechnologies in order to develop memory and intelligence, progressive educating techniques, neuro-compensatory devices for educating disabled persons, neuro-chips implantation, self-educated and self-tuned neuro-nets, unique expert systems.6.4. Positive results of neurotechnologies in the domestic economy▪ the most positive results of neurotechnology application are expected to be the significant improvement of life quality due to improved medical service, successful treatment of diseases, traumas, inherited pathologies, as well as the improved level of education thanks to individual educational trajectories taking into account personal characteristics of trainees, and more comfortable conditions for work, rest and recreation;…”

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confidence: 99%