In this second part of a seminar, Prof Michael J. Pont talks about the challenges of full ET multi-tasking designs and time-triggered hybrid schedulers. He also comments on working with multiple processors (distributed systems).

Multi-Tasking Systems Part 2

Prof Michael J. Pont talks about the challenges of full ET multi-tasking designs and time-triggered hybrid schedulers. He also comments on working with multiple processors (distributed systems).

Multi-Tasking Systems Part 1

In this second part of a seminar, Prof Michael J. Pont gives an introduction to the 32-bit MCU world. He talks about timing analysis in RT embedded systems, multi-task TTC scheduler and debugging with JTAG. He also considers two further widely used platforms: the x86 architecture and the field-programmable gate array.

Working with Modern Hardware Platforms Part 2

Prof Michael J. Pont gives an introduction to the 32-bit MCU world. He talks about timing analysis in RT embedded systems, multi-task TTC scheduler and debugging with JTAG. He also considers two further widely used platforms: the x86 architecture and the field-programmable gate array.

Working with Modern Hardware Platforms Part 1

In this second part of a seminar, Prof Michael J. Pont talks about simple embedded operating systems and multi-state systems. He explains how to execute sequences of functions and how to deal with "long tasks" in reliable embedded systems. He also introduces MISRA C.

Key Software Architectures Part 2

Prof Michael J. Pont talks about simple embedded operating systems and multi-state systems. He also explains how to execute sequences of functions and how to deal with "long tasks" in reliable embedded systems.

Key Software Architectures Part 1

In this second part of a seminar, Prof Michael J. Pont explains basic concepts related to embedded systems. He talks about switches and how to use the C programming language to create embedded systems.

Introduction to Reliable Embedded Systems Part 2

Prof Michael J. Pont explains basic concepts related to embedded systems. He talks about how to use the C programming language to create embedded systems which have predictable behaviours and can be used as a basis of reliable applications.

Introduction to Reliable Embedded Systems Part 1

Certified Embedded C EG7510

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