Institut für Data Science

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https://irf.fhnw.ch/handle/11654/44

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Auflistung Institut für Data Science nach Erscheinungsdatum

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  • Vorschaubild
    Publikation
    Create Video Games to Promote Well-Being of Elderly People – A Practice-Driven Guideline
    (Springer, 10.07.2020) Soldati, Marco; Zahn, Carmen; Bildibay, Doruk; Iseli, Tabea; Leisner, David; Niederhauser, Mario; Gao, Qin; Zhou, Jia [in: Human Aspects of IT for the Aged Population : Healthy and Active Aging. HCII 2020]
    This paper presents a selection of game design concepts to promote social interaction between older people and players from other generations. Hardware-related interaction channels, game mechanics and game content can be used to trigger positive communication between several players. The proposed concepts are based on the experience of 32 game prototypes developed with and for the oldest seniors living in several Swiss nursing and retirement homes. The games are directed at the relatives to make their visits a pleasant and positively perceived experience, with the aim of increasing well-being of all involved.
    04B - Beitrag Konferenzschrift
  • Vorschaubild nicht verfügbar
    Publikation
    Software Product Management: The ISPMA-Compliant Study Guide and Handbook
    (Springer, 06/2017) Kittlaus, Hans-Bernd; Fricker, Samuel
    This book gives a comprehensive overview on Software Product Management (SPM) for beginners as well as best practices, methodology and in-depth discussions for experienced product managers. This includes product strategy, product planning, participation in strategic management activities and orchestration of the functional units of the company. The book is based on the results of the International Software Product Management Association (ISPMA) which is led by a group of SPM experts from industry and research with the goal to foster software product management excellence across industries. This book can be used as a textbook for ISPMA-based education and as a guide for anybody interested in SPM as one of the most exciting and challenging disciplines in the business of software.
    02 - Monographie
  • Vorschaubild nicht verfügbar
    Publikation
    High-Resolution Imaging of Solar Flare Ribbons and its Implication on the Thick-Target Beam Model
    (IOP Publishing, 01.10.2011) Krucker, Samuel; Benz, Arnold O.; Csillaghy, André; Battaglia, Marina [in: The Astrophysical Journal]
    We report on high-resolution optical and hard X-ray observations of solar are ribbons seen during the GOES X6.5 class white-light flare of 2006 December 6. The data consist of imaging observations at 430 nm (the Fraunhofer G-band) taken by the Hinode Solar Optical Telescope (SOT) with the hard X-rays observed by the Reuven Ramaty High Energy Solar Spectroscopic Imager (RHESSI). The two sets of data show closely similar ribbon structures, strongly suggesting that the flare emissions in white light and in hard X-rays have physically linked emission mechanisms. While the source structure along the ribbons is resolved at both wavelengths (length ~30´´), only the G-band observations resolve the width of the ribbon, with values between ~ 0.5´´ and ~ 1.8´´. The unresolved hard X-ray observations reveal an even narrower ribbon in hard X-rays (the main footpoint has a width perpendicular to the ribbon of < 1.1´´ compared to the G-band width of ~ 1.8´´) suggesting that the hard X-ray emission comes from the sharp leading edge of the G-band ribbon. Applying the thick-target beam model, the derived energy deposition rate is > 5£1012 erg s¡1 cm¡2 provided by an electron flux of 1 x 1020 electrons s¡1 cm¡2 above 18 keV. This requires that the beam density of electrons above 18 keV be at least 1 x 1010 cm¡3. Even if field lines converge towards the chromospheric footpoints, the required beam in the corona has a too high density to be described as a dilute tail population on top of a Maxwellian core. We discuss this issue and others associated with this extreme event, which poses serious questions to the standard thick target beam interpretation of solar flares.
    01A - Beitrag in wissenschaftlicher Zeitschrift