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Lenz, Alina: System-wide, fault-tolerant state agreement protocol for time-triggered MPSoC. 2020
Inhalt
Abstract
Zusammenfassung
Contents
1 Introduction
2 Related Work and Research Gap
2.1 Atomic Broadcasts
2.2 Consensus
2.3 Energy Saving Mechanisms
2.4 Conclusion
3 Basic Concepts
3.1 Name Convention regarding Tile and Core
3.2 Real-Time Systems
3.3 Dependability
3.4 Global Time
3.5 Event-Triggered and Time-Triggered Systems
3.6 Mode-Switching in Time-Triggered Systems
3.7 Agreement
3.8 State, Event and Context
4 System Model
4.1 Adaptive Time-Triggered Multi-Core Architecture
5 Safe Adaptation for Time-Triggered MPSoCs
5.1 Local vs Global Adaptation
5.2 Schedules
5.3 Global Adaptation
5.4 Meta-Scheduling
5.5 Proof of Concept Evaluation
6 Agreement Protocol
6.1 Protocol Phases: Reporting
6.2 Protocol Phase: Agreement
6.3 Protocol Phase: Convergence
7 Implementation of the Protocol in Hardware
7.1 Agreement Implementation
7.2 Discussion of Frequency Implications
7.3 Optimized Regions of Interest Based Agreement
7.4 Implementation: NoC vs Dedicated Links
7.5 Evaluation of the NoC and FIFO implementation
8 Fault-Tolerant Agreement
8.1 Fault Model
8.2 Fault-Tolerant All-to-All Broadcast
8.3 The Double-Ring Architecture
8.4 Triple Ring
8.5 Conclusion
9 Conclusion
Bibliography