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Sorkhpour, Babak: Scenario-based meta-scheduling for energy-efficient, robust and adaptive time-triggered multi-core architectures. 2019
Content
Acknowledgements
Abstract
Kurzbeschreibung
List of Abbreviations
Contents
Chapter 1: Introduction
1.1. Motivation
1.2. Research scope
1.3. Structure of the thesis
Chapter 2: Related work and basic concepts
2.1. Real-time systems
2.2. Time-triggered systems (TTSs)
2.3. Global time base
2.4. Energy management techniques
2.5. Energy management for different types of resources
2.6. Scheduling for time-triggered systems (TTS)
2.7. Scenario-based scheduling in event-triggered systems
2.8. Overview of scheduling-related works
2.9. Summary
2.10. Visualization of schedules
Chapter 3: System model
3.1. Overview of the models
3.2. Input models for a meta-scheduler (MeS)
3.3. Modelling of the optimization problem
3.4. Choice of optimization technique
3.5. Static scenario-based meta-scheduling (SBMeS) and mapping policy
3.6. Decision variables, constants, and constraints
3.7. Definitions
3.8. Decision variables
3.9. Energy consumption
3.10. Quadratization of the product
3.11. The objective function
3.12. Slack recovery technique
Chapter 4: Scenario-based meta-scheduling (SBMeS)
4.1. Meta-scheduler (MeS)
4.2. System model and algorithm
4.3. Architecture of meta-scheduler (MeS)
4.4. Meta-scheduler (MeS) design
4.5. Functions and algorithms
4.6. Scenario-based meta-scheduling (SBMeS) and fault modeling
4.7. The goals of meta-scheduler (MeS) design
Chapter 5: Visualization and evaluation of schedules
5.1. Requirements for basic visualization
5.2. Requirements for meta-visualization
5.3. Graph mapping
5.4. Gantt mapping
5.5. Visualization of schedule changes
5.6. Energy calculation
5.7. Memory and meta-schedules
5.8. Summary
Chapter 6: Implementation
6.1. Schema modelling
6.2. Implementation of the data model
6.3. Implementation of meta-scheduling (MeS)
6.4. Implementation of meta-scheduling visualization tool (MeSViz)
Chapter 7: Evaluation example scenarios and results
7.1. Evaluation objectives
7.2. Visualizing scenario-based meta-schedules for adaptive time-triggered systems (TTS)
7.3. Evaluation of meta-scheduling (MeS) results
7.4. Summary
Chapter 8: Conclusion and further research
Glossary
List of Figures
List of Tables
List of examples
List of Algorithms
Publications and previous works
I. References