Drodzy Studenci! 

Serdecznie zachęcamy do wzięcia udziału w cyklu 10 zdalnych warsztatów Real-Time Embedded Systems Programming, które będą prowadzone przez specjlistę z tej dziedziny Profesora Adriana Gliogor z Uniwersytet Medycyny, Farmacji, Nauki i Technologii im. George'a Emila Palade'a w Targu Mures. 

Warsztaty będą odbywały się między 8.05.2023 a 9.06.2023, a dokładne terminarz zostanie ustalony po zakończeniu zapisów. Na zakończenie warsztatów uczestnicy otrzymają certyfikat. 

Zapisy:  https://forms.office.com/e/t8yGaUZ9dV

Liczba miejsc ograniczona.

Szczegóły: 

The course aims to facilitate the assimilation of theoretical and practical knowledge related to the development of real-time applications implemented with embedded systems.
The main targeted specific objectives are:

• familiarization with the characteristics and architecture of the real-time embedded systems;
• acquisition of the knowledge necessary in real-time concurent implementations;
• familiarization with embedded applications development with the aim of real-time operating systems and their API for efficient real-time code development;
• familiarization with the techniques and tools used in modeling, verification, implementation and testing of real-time applications.

Topics studied include chapters such as:

1.  Introduction - Definition of real-time embedded systems. Time in real-time systems. Classification of real-time systems and examples. Characteristics of real-time systems. Architectures of real-time systems;
2. Concepts on real-time software applications development - Concurrent programming paradigm. Multi-process, multi-threaded, implementations based on tasks or coroutines. Basic problems of concurrency and its control
3. Real-time operating systems. General presentation. Structure of real-time operating systems, architecture and objects. Case study: FreeRTOS.
4. Concurrency aspects of real-time applications. Synchronization objects - Binary and Generalized Semaphores, Mutual exclusion. Messages based communication and synchronization - Message queues. Monitors - Synchronization of tasks with the help of monitors.
5. Time control and Scheduling in Real Time Systems.
6. Basic Software Engineering Concepts and Tools for Embedded Real-Time Software Development.

Practical examples will be implemented and tested using C/C++ language with Arduino (eg. UNO/MEGA) or Raspberry Pi Pico RP 2040 development boards.