Search for dissertations about: "HPC"
Showing result 11 - 15 of 50 swedish dissertations containing the word HPC.
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11. Scheduling of parallel matrix computations and data layout conversion for HPC and Multi-Core Architectures
Abstract : Dense linear algebra represents fundamental building blocks in many computational science and engineering applications. The dense linear algebra algorithms must be numerically stable, robust, and reliable in order to be usable as black-box solvers by expert as well as non-expert users. READ MORE
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12. Data Movement on Emerging Large-Scale Parallel Systems
Abstract : Large-scale HPC systems are an important driver for solving computational problems in scientific communities. Next-generation HPC systems will not only grow in scale but also in heterogeneity. This increased system complexity entails more challenges to data movement in HPC applications. READ MORE
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13. Emerging Paradigms in the Convergence of Cloud and High-Performance Computing
Abstract : Traditional HPC scientific workloads are tightly coupled, while emerging scientific workflows exhibit even more complex patterns, consisting of multiple characteristically different stages that may be IO-intensive, compute-intensive, or memory-intensive. New high-performance computer systems are evolving to adapt to these new requirements and are motivated by the need for performance and efficiency in resource usage. READ MORE
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14. Quasi-instantaneous and Long-term Deformations of High-Performance Concrete with Some Related Properties
Abstract : This report outlines an experimental and numerical study on quasi-instantaneous and long-term deformations of High-Performance Concrete, HPC, with some related properties. For this purpose about two hundred small cylinders and about one thousand cubes of eight types of HPC were cast. The age at loading varied between 18h and 28 days. READ MORE
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15. Autonomous resource management for high performance datacenters
Abstract : Over the last decade, new applications such as data intensive workflows have hit an inflection point in wide spread use and influenced the compute paradigm of most scientific and industrial endeavours. Data intensive workflows are highly dynamic and adaptable to resource changes, system faults, and by also allowing approximate solutions into their models. READ MORE