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The benefits of interdisciplinary scenario-building for hybrid radio applications

机译:混合无线电应用的跨学科情景建设的好处

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In this paper, we make the case for building interdisciplinary scenarios, integrating technological, business and user perspective during the fuzzy front-end of innovation. We start from a living lab framework, underpinning the iterative process to integrate insights from all three perspectives within research projects. Then, we explain how the approach was applied within the HRADIO project. This EU funded project focuses on the development of hybrid radio applications. We demonstrate how the process of building interdisciplinary scenarios and the involvement of multiple perspectives to evaluate these scenarios, has enabled both strategic decision making (1) and improved the technical development process within the HRADIO project (2). The first focuses on the (lack of) interest in certain scenarios from a business, technology and/or user perspective, to explain: (a) how these thresholds can be overcome and (b) what the consequences are for the project. The latter explains how we moved from interdisciplinary scenarios to a first Minimum Viable Product (MVP) that could be tested in the first pilot phase, to prototypes to be tested in the second pilot phase. To validate the importance of the scenarios, we also explain how the scenarios are integrated into the exploitation timeline. Finally, and importantly, we address how the process of multidisciplinary scenario building and evaluation can be improved.
机译:在本文中,我们在模糊的前端建立跨学科情景,整合技术,商业和用户视角的案例。我们从一名生活实验室框架开始,支撑迭代过程,以集成研究项目中所有三个观点的见解。然后,我们解释了如何在HRADIO项目中应用该方法。该欧盟资助项目侧重于混合杂交无线电应用的发展。我们展示了建设跨学科情景的过程以及多种观点的参与如何评估这些方案,使战略决策(1)并改善了HRADIO项目中的技术开发过程(2)。首先关注来自业务,技术和/或用户的角度的某些方案的(缺乏)兴趣,解释:(a)如何克服这些阈值和(b)项目的后果。后者说明了我们如何从跨学科情景移动到第一阶段可以在第一个导频阶段测试的第一最小可行产品(MVP),以在第二导频阶段进行测试的原型。为了验证方案的重要性,我们还解释了方案如何集成到剥削时间表中。最后,重要的是,我们解决了如何提高多学科方案建设和评估的过程。

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