Search for dissertations about: "computing"
Showing result 21 - 25 of 1264 swedish dissertations containing the word computing.
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21. From Conceptual Links to Causal Relations — Physical-Virtual Artefacts in Mixed-Reality Space
Abstract : This thesis presents a set of concepts and a general design approach for designing Mixed Reality environments based on the idea that the physical (real) world and the virtual (digital) world are equally important and share many properties. Focus is on the design of a technology infrastructure intended to relieve people from some of the extra efforts currently needed when performing activities that make heavy use of both worlds. READ MORE
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22. Control over the Cloud : Offloading, Elastic Computing, and Predictive Control
Abstract : The thesis studies the use of cloud native software and platforms to implement critical closed loop control. It considers technologies that provide low latency and reliable wireless communication, in terms of edge clouds and massive MIMO, but also approaches industrial IoT and the services of a distributed cloud, as an extension of commercial-of-the-shelf software and systems. READ MORE
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23. Managing Applications and Data in Distributed Computing Infrastructures
Abstract : During the last decades the demand for large-scale computational and storage resources in science has increased dramatically. New computational infrastructures enable scientists to enter a new mode of science, e-science, which complements traditional theory and experiments. READ MORE
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24. An Emulation-Based Performance Evaluation Methodology for Edge Computing and Latency Sensitive Applications
Abstract : Cloud Computing, with its globally-accessible nature and virtually unlimited scalability, has revolutionized our daily lives since its widespread adoption in the early 2000s. It allows us to access our documents anywhere, keep in touch with friends, back up photos, and even remotely control our appliances. READ MORE
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25. Leveraging multicore processors for scientific computing
Abstract : This thesis deals with how to develop scientific computing software that runs efficiently on multicore processors. The goal is to find building blocks and programming models that increase the productivity and reduce the probability of programming errors when developing parallel software. READ MORE