Search for dissertations about: "dynamic performance analysis"
Showing result 1 - 5 of 399 swedish dissertations containing the words dynamic performance analysis.
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1. Benchmarking Points-to Analysis
Abstract : Points-to analysis is a static program analysis that, simply put, computes which objects created at certain points of a given program might show up at which other points of the same program. In particular, it computes possible targets of a call and possible objects referenced by a field. READ MORE
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2. Program Analysis for Performance and Reliability
Abstract : The increased demand for computing power has lead designers to put an ever increasing number of cores on processor dies. This advance has been made possible through miniaturization and effectivization of the underlying semi-conductor technology. As a by-product, however, the resulting computer systems are more vulnerable to interference. READ MORE
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3. Performance Monitoring, Analysis, and Real-Time Introspection on Large-Scale Parallel Systems
Abstract : High-Performance Computing (HPC) has become an important scientific driver. A wide variety of research ranging for example from drug design to climate modelling is nowadays performed in HPC systems. Furthermore, the tremendous computer power of such HPC systems allows scientists to simulate problems that were unimaginable a few years ago. READ MORE
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4. Pull based production systems : performance, modelling and analysis
Abstract : This doctoral thesis addresses performances, modelling and analyses of pull based production systems. The thesis consists of four main parts: a literature review, a comparison study of Kanban and CONWIP, an industrial practical case study, and the development of a new tool used for presentation and analysis of simulated performance results. READ MORE
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5. Dynamic Programming for Ultrasound Image Analysis of Atherosclerosis
Abstract : Cardiovascular diseases, due to atherosclerosis, are among the most common causes of death in the industrialized world. Atherosclerotic plaque composition as well as arterial diameter and wall thickness can be used to predict the risk of cardiovascular disease. These risk factors can be assessed non-invasively by ultrasound. READ MORE