Comprehensive set of slides: ES-book slides
Reduced set of slides:
Lecture | Topic | Slides |
---|---|---|
1 | Introduction | es-marw-1.pdf |
2 | Models of computation | es-marw-2.1-moc.pdf |
3 | FSM+shared memory: StateCharts | es-marw-2.2-statecharts.pdf |
4 | FSM+message passing: SDL; Petrinets | es-marw-2.3-sdl.pdf es-marw-2.4-petri.pdf |
5 | Data flow: Kahn process networks, SDF, Labview | es-marw-2.5-df.pdf |
6 | Imperative programming: Java, ADA, CSP, MPI | es-marw-2.6-imperative.pdf |
7 | Discrete event models: VHDL, SystemC | es-marw-2.7-discrete-event.pdf |
8 | UML | es-marw-2.8-sc-uml.pdf |
9 | Hardware | es-marw-3.1-sensors-discrete-power.pdf |
10 | Hardware | es-marw-3.2-processing.pdf |
11 | Hardware | es-marw-3.3-mem-da.pdf |
12 | Real-time operating systems (RTOS) | es-marw-4-rtos.pdf |
13 | Aperiodic scheduling | es-marw-5.1-aperiodic.pdf |
14 | Periodic scheduling | es-marw-5.2-periodic.pdf |
15 | Priority inversion; optimization techniques | es-marw-5.3-inversion.pdf |
16 | Optimization techniques; HW/SW partitioning | es-marw-5.4-cool.pdf |
17 | Evaluation | es-marw-6-evaluation.pdf |
18 | Evaluation | es-marw-7.1-optimizations.pdf |
19 | Optimizations | es-marw-7.2-optimizations.pdf |
20 | Quickwalk-through of the entire course |