| [176793] |
| Title: Worst Case Execution Time Oriented Code Optimization of Hard Real-Time Multicore Systems. |
| Written by: Dominic Oehlert |
| in: September (2021). |
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| Address: Hamburg / Germany |
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| ISBN: 10.15480/882.3855 |
| how published: 21-78 Oe21 PHD |
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| School: Hamburg University of Technology (TUHH) |
| Institution: School of Electrical Engineering, Computer Science and Mathematics |
| Type: PhD Thesis |
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Note: doehlert, ESD, WCC
Abstract: This thesis introduces new compiler-based optimization approaches for multi-core systems to improve their hard real-time characteristics on varying levels of abstraction. To increase scalability of optimizations and analyses with an insight into the microarchitectural level, an ILP-based derivation of shared resource access metrics is introduced. The evaluation results show, that in many cases, the optimization approaches introduced in this thesis can significantly improve the hard real-time characteristics of multi-core systems.