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  • Broschiertes Buch

This document is intended for 3rd year Electrical Engineering and Computer Engineering students and embedded masters students. The main objectives of this course are :- To understand the main operating principles of a real-time system.- To become familiar with periodic and aperiodic scheduling techniques.- Acquire knowledge of dependent task management and priority inheritance.- Be familiar with a few examples of embedded system-oriented real-time kernels.- Be able to develop a real-time application using the FreeRtos kernel under Arduino.

Produktbeschreibung
This document is intended for 3rd year Electrical Engineering and Computer Engineering students and embedded masters students. The main objectives of this course are :- To understand the main operating principles of a real-time system.- To become familiar with periodic and aperiodic scheduling techniques.- Acquire knowledge of dependent task management and priority inheritance.- Be familiar with a few examples of embedded system-oriented real-time kernels.- Be able to develop a real-time application using the FreeRtos kernel under Arduino.
Autorenporträt
Jalel Ktari is an assistant professor at the École Nationale d'Ingénieurs de Sfax. He received his PhD in computer systems engineering in 2009 and his HDR in electrical engineering in 2023. His current research focuses on embedded systems, blockchain and low-power design.