Search for dissertations about: "Compiler Optimizations"
Showing result 1 - 5 of 9 swedish dissertations containing the words Compiler Optimizations.
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1. Compiler optimizations in the presence of uncertain semantics
Abstract : As transistors sizes shrink and architects put more and more cores on chip, computer systems become more susceptible to outside interference. This interference can cause faults that manifest as unexpected and uncontrolled state transitions, possibly leading to costly or harmful consequences. READ MORE
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2. Efficient Execution Paradigms for Parallel Heterogeneous Architectures
Abstract : This thesis proposes novel, efficient execution-paradigms for parallel heterogeneous architectures. The end of Dennard scaling is threatening the effectiveness of DVFS in future nodes; therefore, new execution paradigms are required to exploit the non-linear relationship between performance and energy efficiency of memory-bound application-regions. READ MORE
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3. Tailoring native compilation of Java for real-time systems
Abstract : Our everyday appliances ranging from toys to vehicles, as well as the equipment used to manufacture them, contain an increasing number of embedded computers. Embedded systems software often implement functionality that is crucial for the operation of the device, resulting in a variety of timing requirements and resource utilization constraints to be fulfilled. READ MORE
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4. Sources of Variations in Error Sensitivity of Computer Systems
Abstract : Technology scaling is reducing the reliability of integrated circuits. This makes it important to provide computers with mechanisms that can detect and correct hardware errors. This thesis deals with the problem of assessing the hardware error sensitivity of computer systems. READ MORE
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5. Compiling Java for Real-Time Systems
Abstract : Our everyday appliances ranging from toys to vehicles, as well as the equipment used to manufacture them, contain an increasing number of embedded computers. Embedded software often implement functionality that is crucial for the operation of the device, resulting in a variety of timing requirements and resource utilization constraints to be fulfilled. READ MORE