Search for dissertations about: "Task Technology Fit"

Showing result 21 - 23 of 23 swedish dissertations containing the words Task Technology Fit.

  2. 21. Making music mean : on functions of, and knowledge about, narrative music in multimedia

    Author : Johnny Wingstedt; Luleå tekniska universitet; []
    Keywords : SAMHÄLLSVETENSKAP; SOCIAL SCIENCES; Music Education; Musikpedagogik;

    Abstract : Narrative media music - music used for narrative purposes in multimedia such as film and computer games - is often, especially for young people, the largest source of daily musical experience. This PhD thesis is based on three articles, in different ways exploring functions of, and knowledge about, narrative media music. READ MORE

  4. 22. The Charm of Excited Glue : Charmonium in e+e– and ppbar collisions

    Author : Agnes Lundborg; Ulrich Wiedner; Helmuth Koch; Uppsala universitet; []
    Keywords : Physics; hadron; charmonium; PANDA; antiproton; annihilations; spin-parity exotics; gluonic excitations; BES; hybrid; glueball; resonances; radiative decays; electromagnetic transitions; Fysik;

    Abstract : This thesis treats the mass range of charmonium states and excited gluonic fields in two experiments, BESII and PANDA, and outlines a phenomenological model that connects them.In BESII, e+e– form a charmonium initial state, which is utilised as a source for secondary particles. READ MORE

  5. 23. Variational methods for phylogeny and single-cell genomics

    Author : Hazal Koptagel; Jens Lagergren; Alexandre Bouchard-Côté; KTH; []
    Keywords : NATURVETENSKAP; NATURAL SCIENCES; Variational inference; single-cell DNA sequencing; cell lineage tree; Bayesian phylogenetic tree inference; Variationsinferens; encellig DNA-sekvensering; cellhärkomstträd; Bayesiansk fylogenetisk trädinferens; Varyasyonel çıkarım; tek hücre DNA dizilimi; hücre soy ağacı; Bayesçi filogenetik ağaç çıkarımı; Datalogi; Computer Science;

    Abstract : The investigation of the evolutionary history of organisms, both at the cellular level and at the species level, is a relevant research topic in computational biology. These investigations lead to a deeper understanding of developmental history, cancer progression, the genetic similarity of species, and more. READ MORE