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Please note: The lecture materials will likely be updated as the course progresses ... EXAM 1 TOPICS Module 1: Introduction to Real-Time Systems Basics of Real-Time Systems (contd) Module 2: Real-Time Task Scheduling Priority-driven Preemptive Scheduling Approach
EXAM 2 TOPICS Module 3: Overload Handling & Imprecise Computations Best effort scheduling (covered earlier) Feedback control scheduling slides Feedback Control EDF Scheduling Module 4: Energy-aware scheduling & sensor networks Power management concepts - practical issues Power management concepts - practical issues (contd.) Energy-aware real-time task scheduling Module 5: Resource Reclaiming & Distributed Real-Time Systems Distributed real-time systems -- overview (not covered) Global scheduling algorithms (not covered) Module 6: Dependability Concepts & Fault-tolerance Notes 1 (Dependability Concepts) [pdf version] Notes 2 (Fault-Tolerant Design Techniques) [pdf version] Fault-Tolerant Scheduling & Techniques (not covered) EXAM 3 TOPICS Module 7: Real-Time Networks (WAN) Traffic policing/shaping concepts Module 8: Real-Time Networks (LAN) RT-MAC protocols - DoD-P, VTCSMA Combined scheduling - Backplane Bus Industrial (RT) Wireless Communication RT-Networks Energy-aware Scheduling Module 9: Emerging Applications & Case Studies Cyber Physical Systems (CPS) Internet of Things (IoT)
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