Search for dissertations about: "Computation time"
Showing result 1 - 5 of 396 swedish dissertations containing the words Computation time.
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1. Occupying Time : Design, Time, and the Form of Interaction
Abstract : As technology pervades our everyday life and material culture, new possibilities and problematics are raised for design. Attention in contemporary design discourse is shifting ‘beyond the object’, to the qualities of processes and experiences. READ MORE
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2. A time constrained real-time process calculus
Abstract : There are two important questions to ask regarding the correct execution of a real-time program: (i) Is there a platform such that the program executes correctly? (ii) Does the program execute correctly on a particular platform? The execution of a program is correct if all actions are taken within their execution window, i.e. READ MORE
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3. Scheduling techniques to improve the worst-case execution time of real-time parallel applications on heterogeneous platforms
Abstract : The key to providing high performance and energy-efficient execution for hard real-time applications is the time predictable and efficient usage of heterogeneous multiprocessors. However, schedulability analysis of parallel applications executed on unrelated heterogeneous multiprocessors is challenging and has not been investigated adequately by earlier works. READ MORE
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4. Generative Design Exploration : Computation and Material Practice
Abstract : Today, computation serves as an important intermediary agent for the integration of analyses and the constraints of materialisation into design processes. Research efforts in the field have emphasised digital continuity and conformity between different aspects of a building project. READ MORE
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5. Response time analysis for implementation of distributed control systems
Abstract : Methods for performing response time analysis of real-timesystems are important, not only for their use in traditionalschedulability testing, but also for deriving bounds on outputtiming variations in control applications. Automatic controlsystems are inherently sensitive to variations in periodicityand end-to-end delays. READ MORE