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International research projects involve large, distributed teams made up from multiple institutions. These teams create research artefacts that need to work together in order to demonstrate and ship the project results. Yet, in these settings the project itself is almost never in the core interest of the partners in the consortium. This leads to a weak integration incentive and consequently to last minute efforts. This in turn results in Big Bang integration that imposes huge stress on the consortium and produces only non-sustainable results. In contrast, industry has been profiting from the introduction of agile development methods backed by Continuous Delivery, Continuous Integration, and Continuous Deployment. In this chapter, we identify shortcomings of this approach for research projects. We show how to overcome those in order to adopt all three methodologies regarding that scope. We also present a conceptual, as well as a tooling framework to realise the approach as Continuous Anything. As a result, integration becomes a core element of the project plan. It distributes and shares responsibility of integration work among all partners, while at the same time clearly holding individuals responsible for dedicated software components. Through a high degree of automation, it keeps the overall integration work low, but still provides immediate feedback on the quality of the software. Overall, we found this concept useful and beneficial in several EU-funded research projects, where it significantly lowered integration effort and improved quality of the software components while also enhancing collaboration as a whole.
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International research projects involve large, distributed teams made up from multiple institutions. These teams create research artefacts that need to work together in order to demonstrate and ship the project results. Yet, in these settings the project itself is almost never in the core interest of the partners in the consortium. This leads to a weak integration incentive and consequently to last minute efforts. This in turn results in Big Bang integration that imposes huge stress on the consortium and produces only non-sustainable results. In contrast, industry has been profiting from the introduction of agile development methods backed by Continuous Delivery, Continuous Integration, and Continuous Deployment. In this chapter, we identify shortcomings of this approach for research projects. We show how to overcome those in order to adopt all three methodologies regarding that scope. We also present a conceptual, as well as a tooling framework to realise the approach as Continuous Anything. As a result, integration becomes a core element of the project plan. It distributes and shares responsibility of integration work among all partners, while at the same time clearly holding individuals responsible for dedicated software components. Through a high degree of automation, it keeps the overall integration work low, but still provides immediate feedback on the quality of the software. Overall, we found this concept useful and beneficial in several EU-funded research projects, where it significantly lowered integration effort and improved quality of the software components while also enhancing collaboration as a whole.
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Imagine if we all walked around with a ball-shaped smartphone in our pockets. Would that be comfortable or convenient? Probably not! In Industrial Design: Why Aren't Smartphones Round and Other Mysteries with Science Activities for Kids, readers ages 9-12 discover the world of the engineering design process and the many steps it takes for a product to fit perfectly to its use while still looking good. 25 Hands-on STEAM activities let kids discover the engineering design steps for themselves!.
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Architecture, Modern --- Architecture, Modern --- Industrial design --- Industrial design --- History --- History
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Product and Process Design: Driving Innovation is a comprehensive textbook for students and industrial professionals. It treats the combined design of innovative products and their innovative manufacturing processes, providing specific methods for BSc, MSc, PDEng and PhD courses. Students, industrial innovators and managers are guided through all design steps in all innovation stages (discovery, concept, feasibility, development, detailed engineering, and implementation) to successfully obtain novel products and their novel processes. The authors' decades of innovation experience in industry, as well as in teaching BSc, MSc, and post-academic product and process design courses, thereby including the latest design publications, culminate in this book.
Manufacturing processes. --- Industrial design --- Methodology.
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Industrial design --- Marketing. --- Organization. --- Management.
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Biographical note: Ulrike Krieg-Holz ist Professorin für Germanistische Sprachwissenschaft an der Alpen-Adria-Universität Klagenfurt. Nach ihrem Studium in Berlin hat sie in Passau promoviert und habilitiert und in Jena und Leipzig gelehrt. Ihre Forschungsinteressen umfassen theoretische sowie empirisch-funktionale Zugänge zur Beschreibung von Gegenwartssprache, insbesondere zu Variationslinguistik, Stilistik, Textlinguistik, Lexik und Grammatik. Long description: Wie prägt der Stil die Textsorte? Und wie tragen einzelne sprachliche Elemente dazu bei? Das zeigt Ulrike Krieg-Holz am Beispiel von Unternehmenskommunikation. Die Autorin führt in zentrale Aspekte der sprachwissenschaftlichen Stilanalyse ein, zeigt, wie sich einzelne sprachliche Merkmale sowie komplexe sprachliche Muster isolieren lassen, diskutiert Möglichkeiten für die Textsortenklassifikation und entwirft ein Modell für die Beschreibung von Textsorten. Auf der Basis einer gründlichen Einführung in die Ziele, Erscheinungsformen und Strategien der Kommunikationspolitik von Unternehmen analysiert sie zahlreiche Marketingtexte und erstellt eine Typologie für die Bereiche Mediawerbung, Direkt Marketing und Public Relations.
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Aesthetics. --- Industrial design. --- Spherical buildings. --- Decorative balls.
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Industrial design --- Industrial organization (Economic theory) --- Management
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